Why is titanium needed - Metals and their processing

Titan Gel for men - instructions for use, indications, composition, side effects, analogues and price

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The size of manhood makes men have complexes and look for ways to increase its length and diameter. Titan Gel in combination with massage exercises allows you to achieve results without surgical intervention. Made from natural ingredients, it has a beneficial effect on the intimate organ and its functions without harm to health.

What is Titan Gel

Titan Gel is a safe natural lubricant that helps solve more than one intimate problem:

increase in penis size;
prolongation of the time of sexual intercourse;
increased sensations during sex;
increasing sexual stamina.

The gel has undergone clinical trials, during which its ability to increase the size of the male reproductive organ and have a beneficial effect on male potency has been proven. Consumer reviews on the Internet also indicate improved erection, increased duration of sexual intercourse, and improved sensitivity of the penis.

Compound

Titan Gel for men contains mainly extracts of medicinal plants that have a beneficial effect on sexual function:

Substance	Action
Peruvian maca	Improves sperm motility, stimulates potency, vitaminizes and saturates the organ with fatty acids, has a positive effect on the prostate gland, which is why it is used to treat impotence and infertility
Thistle	Enhances testosterone production and has an anti-inflammatory effect
Goryanka	It is an aphrodisiac, increases sexual impressions, creates the effect of Viagra
Lichen	Antiseptic, relaxes and improves potency
Elastin	Makes penis skin receptors more sensitive, helping to enhance sensations during sex
Protein and amino acid hydrolysates	Strengthens the tissues of the penis, which contributes to its enlargement
Triethanolamine	Prevents premature ejaculation

The principle of action of the drug

According to the instructions included with each package, Titan gel for men helps achieve results by ensuring better blood flow to the pelvic organs. Massage movements used to apply Titan cream improve blood circulation, and natural plant extracts enhance this effect by penetrating the cells of the corpus cavernosum of the penis.

Indications for use

Indications for use of Titan gel are:

How to use Titan Gel

Each package of the drug contains instructions for use. To achieve the desired result you should:

Wash with soap and dry your hands and penis
Bring the organ to a state of medium erection
Apply the gel to the penis.
Grasp the penis with your thumb and forefinger (the grip will resemble the “OK” gesture).
Using massage movements (twisting clockwise and counterclockwise) from the pubic bone to the head, evenly apply a thin layer and distribute Titan ointment along the entire length of the penis. When one hand reaches the head, change it.

It is recommended to carry out these procedures daily, once a day for 10 minutes, about half an hour before sex. To enhance and quickly achieve positive results, you should use the jelqing technique when lubricating with Titan gel. Under no circumstances should they be used with a full erection, because... this can cause damage to the blood vessels and tissues of the penis.

The instructions for the gel say that the result becomes visible after 3-4 weeks of regular use, but some changes are noticeable after shorter periods of time:

5-10 days – the sensitivity of the male genital organ increases, the length may increase by several centimeters;
18 days – the duration of sexual intercourse doubles;
25-30 days – the quality of erection improves, there is a noticeable increase in penis length up to 6 cm and volume up to 1 cm.

The effect will be visible only with regular use, so it is recommended to use the gel every day for at least a month. Increasing the amount of gel applied at a time or the duration of rubbing will not have a greater effect, therefore, in order to avoid unnecessary consumption of the drug and the occurrence of adverse reactions, the dosage should not be exceeded.

Side effects and overdose

Titan Gel cream has an almost 100% natural composition, so side effects are caused solely by individual intolerance to the components. In cases where they appear, they are short-term in nature - up to 2 hours. If the condition worsens, you should consult a doctor. Symptoms of a drug overdose are similar to side effects and are expressed:

allergic reactions in the form of rash, itching, burning;
swelling of the mucous membranes of the penis;
excessive sensitivity of the organ;
unpleasant sensations during sex.

Contraindications

According to the instructions, contraindications to the use of the cream are:

hypersensitivity to the components included in the drug;
trauma, deformation of the penis;
inflammatory diseases of the pelvic organs;
recovery period after abdominal surgery, heart attack, stroke;
age up to 18 years.

Terms of sale and storage

Titan Gel for men, like any medicinal product, requires certain storage conditions:

air temperature up to +25 °C;
do not use a refrigerator or freezer for storage;
avoid exposure to direct sunlight;
Suitable for external use only.
keep away from children.

Analogues of Titan Gel

The advantage of this product is its naturalness and low price. Drugs with similar effects are:

M16;
Thor's Hammer;
Dominator
XXL Power Life;
Falloston;
MaxiSize.

Price for Titan Gel

Due to repeated detection of counterfeits, you should be very careful when choosing a drug. You can buy the original Titan Gel on the official website on the Internet. Review of prices in pharmacies:

Where can I buy	Cost, rub.)
Pharmacy No. 555	1980
Pharmacy A-Pharm	2138
Pharmacy Simplex	1881
Buy online	990

TITAN GEL - review of cream for men for penis enlargement

Reviews

Nikita, 29 years old Cream Titan Gel made my friend really cool. He stands up like a club, and is super sensitive. I use it before almost every sexual intercourse as a lubricant. My girlfriend and I both had more intense orgasms. We are delighted! This remedy helped us gain new emotions in our sex life, and at the same time our difficult relationship with our partner improved.

Vladimir, 21 years old I had a lot of complexes about the size of my male organ, but I didn’t dare to undergo enlargement surgery. Because of this, I was embarrassed to even meet girls. I read reviews about Titan on the Internet and the price suited me - I decided to order it. I’ve been using it for 2.5 months now – I’ve become more confident in myself and my sexual capabilities. The penis has grown slightly, but by about 0.8 cm.

I will continue to use this cream. Alexander, 31 years old I have never worried about the size of my penis. I think the main thing is the ability to use it. Another problem bothered me: I was cumming too quickly. I have been using Titan gel as a lubricant for a month now, and the effect has been achieved a long time ago - the duration of sexual intercourse has increased.

I didn't measure, but in my opinion it became longer and thicker. I will continue to use it and recommend it to everyone.

Attention! The information presented in the article is for informational purposes only. The materials in the article do not encourage self-treatment.

Only a qualified doctor can make a diagnosis and give treatment recommendations based on the individual characteristics of a particular patient.

Found an error in the text? Select it, press Ctrl + Enter and we will fix everything!

Source: https://sovets.net/15474-titan-gel.html

Features of titanium processing

Titanium is one of the most interesting and difficult metals to process. Its unique properties are widely used in various industries. Mechanical processing of titanium, in comparison with ordinary steel, is more than five times more difficult, so special techniques and equipment are used to create products from it.

The main problems encountered when processing titanium and means of solving them

The main problem encountered when machining titanium is its tendency to scuff and stick to the tool. Also one of the complicating factors is its low thermal conductivity. Most metals resist melting to a much lesser extent, so upon contact with titanium they dissolve in it, forming alloys. This leads to rapid wear of the tool used.

To reduce scuffing and sticking, as well as to remove generated heat, the following methods are used:

When cutting, as well as other processing of titanium, coolants are used;
sharpening of products is carried out using tools made of hard metal alloys;
metal processing with cutters is performed at much lower speeds to avoid excessive heating.

The effects of titanium sticking and scuffing are due to its high coefficient of friction, which is considered a serious disadvantage of this metal.

Most products made of titanium quickly wear out, so the pure composition of this metal is rarely used for the manufacture of products that are used in conditions of friction and sliding.

During friction, titanium sticks to the rubbing surface, causing a binding effect and reducing the speed of movement of communicating parts. Methods that eliminate this negative effect are nitriding and oxidation of titanium.

Titanium nitriding is a technological process that involves heating a titanium alloy product to a temperature of 8500C - 9500C and keeping it for several days in an environment of pure nitrogen gas.

As a result of the chemical reactions that occur on the surfaces of the product, a film of titanium nitride is formed, which has a golden hue and has greater hardness, as well as greater resistance to abrasion.

Products that have undergone this treatment have increased wear resistance and are not inferior in their characteristics to products made from surface-hardened special steels.

Titanium oxidation is a common method that involves heating a titanium product to 8500C and sharply cooling it in an aqueous environment, which causes the formation of a dense film on the surface of the workpiece that binds well to the main layer of the material. At the same time, the abrasion resistance and overall strength of the product increases by 15-100 times.

Some features of cutting and drilling titanium

Cutting blanks is a very complex technological process, accompanied by the use of special tools and equipment. Sheets are cut with guillotine shears, and billets from long products are sawn with a mechanical saw. Small diameter rods are cut using lathes.

Milling titanium remains the most difficult way to process it. It sticks to the teeth of the tool (cutter), which makes working with the workpiece much more difficult. Therefore, for this method, tools made of hard metal alloys are used, and the processing process is accompanied by the use of cooling lubricants and liquids that have high viscosity.

When performing drilling operations, it is important that chips generated as a result of drilling do not accumulate in the drainage channels, otherwise this can lead to premature wear and breakage of the tool. When drilling, cutters made of high-speed steel are used.

Features of connecting titanium products and their elements

If a titanium product acts as a structural element, then joining parts made of titanium alloys allows the use of the following methods:

welding;
soldering
mechanical connection using rivets
connection using bolted fastening.

The main connection method is welding, which is a conventional industrial technology. To ensure the strength of the weld, the elements are connected in an inert gas environment or special oxygen-free fluxes.

Also for this purpose, the seam is protected using various protective elements.

The interaction of molten titanium with such chemical elements as hydrogen, oxygen and nitrogen contained in the air mixture when heated leads to growth of the metal grain, a change in its microstructure and brittleness of the weld. Welding work is performed at high speed.

There is also a method of welding in a controlled environment, which is used to perform jobs that require a lot of responsibility. If it is necessary to connect small elements, they are placed in special chambers filled with inert gas.

In the case of connecting larger elements, welding work is performed in special hermetically sealed rooms.

Welding titanium is a responsible job that is entrusted exclusively to trained specialists who have the necessary practical experience and skills.

Titanium soldering is used in cases where welding is impossible or impractical. It is also complicated by chemical reactions. Titanium in the molten state exhibits high chemical activity and is firmly bound to the oxide film formed on the surfaces of the workpiece. Most common metals are unsuitable as solder for joining titanium elements; only pure aluminum and silver are used for these purposes.

The mechanical connection of titanium elements using rivets and bolts is also carried out using special materials. In most cases, the rivets are made of aluminum, and the bolts used are coated with silver or synthetic Teflon. This is due to the fact that when screwed, titanium exhibits its sticking property and lifts up; as a result, the connections of the elements become unreliable and do not provide a strong fixation.

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Source: https://metalloobrabotka-zakazat.ru/article/osobennosti-obrabotki-titana/

Is titanium magnetic or not - Metals and their processing

Identification of certain metals is an accurate and simple process only if you have special laboratory equipment, a spectrometer in particular. At home, the task becomes much more complicated. It is especially difficult to distinguish between materials that are similar in color and magnetic properties.

However, even in such a situation, there are practical methods to distinguish titanium from other metals. The most interesting for comparison are aluminum and steel, including stainless steel.

Here, even experienced craftsmen who regularly work with metals and accept titanium scrap are not always able to clearly identify what exactly they have in their hands.

How to distinguish titanium from steel, aluminum

The first pair is non-ferrous and ferrous metals. Most steels have magnetic properties. The exception is alloyed metals of the austenitic class. A striking example is stainless steel with a high nickel content. This grade of steel, like titanium, is paramagnetic. Therefore, the standard option using a magnet is unacceptable here.

see articles:

Stainless steel scrap - types, descriptions and prices;
Nickel scrap.

There are three reliable ways to determine titanium at home :

mathematical;
graphic;
abrasive;
galvanic.

The designations are quite conventional; below we will cover each of the options in detail.

Pure mathematics

In this approach, metal identification is done by weight. The disadvantage of the method occurs when only one type of metal is available . To determine in your hands that it cannot be made heavier, you have to resort to mathematical calculations. This is facilitated by significant differences in the density of metals:

titanium – 4.5;
iron – 7.8;
aluminum and duralumin – 2.7.

To use this method for determining titanium in your household, you need to have accurate scales.

Parameter values are given in g/cc. It remains to add that the density of steel depends on the specific grade of metal. However, in absolute terms these differences are insignificant. Therefore, the density of steel can be safely taken as the value of a similar characteristic of iron.

All that remains is to clarify the volume and weight of the part or piece of metal. Further, simple calculations will show whether it is aluminum, steel or the desired metal - titanium. How to determine the volume of a part with a complex shape? The best option here is Archimedes' law. The mass of the ejected liquid, when immersing a metal structure, allows you to determine its volume. The situation is simplified by the density of water, equivalent to 1 kg/cubic dm. Accordingly, each gram of ejected liquid is equal to one cubic centimeter of volume.

Of course, this is a tedious, complex and inaccurate method, but in order to determine titanium at home, it has its place.

This is what titanium metal looks like

Drawings on glass

This is the most accessible method of how to distinguish titanium at home, but you need to master it and have experience working with titanium. Metal leaves characteristic indelible marks on glass and tiles .

It is enough to run the sharpened edge of the metal along one of the specified materials. These are marks, not scratches. Windows of public transport are often painted in a similar way.

You can wash titanium graphics on tiles with a solution of hydrofluoric acid; you should handle it with extreme caution.

This method is simple and effective. Titanium, contrary to popular belief, leaves a mark even on dirty glass. So there is no need to degrease its surface. On the contrary, any grade of steel and aluminum can barely scratch the glass. This is an excellent method to identify titanium.

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Abrasive wheel

An ideal way to distinguish titanium from stainless steel for owners of a sharpening machine (which, in fact, is not at all necessary). However, almost any abrasive surface will do, even asphalt. The contact of titanium with an abrasive is accompanied by a scattering of rich white sparks. The interaction of steel with an abrasive surface is characterized by a yellow or red tint. There are significantly fewer sparks.

Stainless steel grades are fireproof. Processing of certain brands of stainless steel occurs without sparks at all. This property is used in fire hazardous industries. Only stainless steel tools are allowed there. A similar technique is used in the question of how to distinguish titanium from aluminum. Grinding of the latter on an abrasive wheel also occurs practically without sparks.

This method of determining titanium can be called the most effective - the color of the spark will indeed be different from other metals. In general, the spark test is one of the most popular and correct for determining and recognizing different metals.

how to distinguish titanium from magnesium and aluminum:

Galvanic approach

Another sure way to recognize titanium is available right in the garage. The technique is based on coloring this metal through anodization. The simplest design of a “laboratory setup” is a car battery, the plus of which is connected to a titanium plate. A metal rod wrapped in cotton wool soaked in Coca-Cola is connected to the negative of the DC source. The ideal option is any saline solution .

If you run cotton wool over titanium, the metal will become colored within a few seconds. The color obtained during the formation of the oxide film depends on the applied voltage and surface treatment time. However, if the task is how to determine titanium from stainless steel , then the color tone is not important. The main criterion is color change.

How to distinguish titanium from steel using this method:

Other techniques

There are a number of alternative ways to determine titanium in your hands or aluminum, for example. One option is thin shavings. In the case of titanium, it is highly flammable and burns brightly. On the contrary, aluminum shavings melt. When duralumin “metal filings” are placed in an alkaline solution, active evolution of hydrogen is observed.

The next way to distinguish titanium metal from steel and aluminum is thermal conductivity. The numerical values of the parameter W/(m K) for the indicated metals are:

titanium – 14;
low carbon steel – 55;
stainless steel – 16;
aluminum – 250.

Titanium products are warmer in the hands. Of course, the approach is not characterized by high accuracy, and is generally unsuitable .

Summary

As you can see, even at home, it is quite possible to distinguish titanium from aluminum and steel. The most practical options are spark and glass . For the first case, any abrasive surface is sufficient, even asphalt or hardened concrete.

The bright sparkle of titanium is successfully used by bikers by installing horseshoes made of this metal on their shoes. The mark on the glass is beneficial because the metal is not damaged. A relative disadvantage is that some titanium alloys do not leave a pattern.

But for pure metal this is the best option.

Source: https://magnetline.ru/metally-i-splavy/titan-magnititsya-ili-net.html

Areas of application, main characteristics and properties of titanium and its alloys

Titanium ranks 4th in terms of distribution in production, but effective technology for its extraction was developed only in the 40s of the last century. It is a silver-colored metal characterized by a low specific gravity and unique characteristics. To analyze the extent of distribution in industry and other areas, it is necessary to announce the properties of titanium and the areas of application of its alloys.

Main characteristics

The metal has a low specific gravity - only 4.5 g/cm³. Anti-corrosion qualities are due to the stable oxide film formed on the surface. Thanks to this quality, titanium does not change its properties when kept in water or hydrochloric acid for a long time. There are no damaged areas due to stress, which is a major problem with steel.

In its pure form, titanium has the following qualities and characteristics:

nominal melting point - 1,660°C;
boils when exposed to heat at +3 227°C;
tensile strength – up to 450 MPa;
characterized by a low elasticity index - up to 110.25 GPa;
on the HB scale, hardness is 103;
the yield strength is one of the most optimal among metals - up to 380 MPa;
thermal conductivity of pure titanium without additives – 16.791 W/m*C;
minimum coefficient of thermal expansion;
this element is a paramagnet.

For comparison, the strength of this material is 2 times greater than that of pure iron and 4 times that of aluminum. Titanium also has two polymorphic phases - low temperature and high temperature.

Pure titanium is not used for production needs due to its high cost and required performance qualities. To increase rigidity, oxides, hybrids and nitrides are added to the composition. It is less common to change material characteristics to improve corrosion resistance. The main types of additives for producing alloys: steel, nickel, aluminum. In some cases, it functions as an additional component.

Read about titanium welding technology here.

Areas of use

Due to its low specific gravity and strength parameters, titanium is widely used in the aviation and space industries. It is used as the main structural material in its pure form. In special cases, cheaper alloys are made by reducing the heat resistance. At the same time, its corrosion resistance and mechanical strength remain unchanged.

In addition, material with titanium additives has found application in the following areas:

Chemical industry. Its resistance to almost all aggressive environments, except organic acids, makes it possible to manufacture complex equipment with good maintenance-free service life.
Production of vehicles. The reason is low specific gravity and mechanical strength. Frames or load-bearing elements of structures are made from it.
Medicine. For special purposes, a special alloy nitinol (titanium and nickel) is used. Its distinctive property is shape memory. To reduce the burden on patients and minimize the likelihood of negative effects on the body, many medical splints and similar devices are made of titanium.
In industry, metal is used for the manufacture of housings and individual equipment elements.
Titanium jewelry has a unique appearance and qualities.

Processing Features

To give the product the desired shape, it is necessary to use special equipment - a lathe and milling machine. Hand cutting or milling of titanium is not possible due to its hardness. In addition to choosing the power and other characteristics of the equipment, it is necessary to select the right cutting tools: cutters, cutters, reamers, drills, etc.

The following nuances are taken into account:

Titanium filings are highly flammable. Forced cooling of the surface of the part and operation at minimum speeds is necessary.
Bending of the product is carried out only after preheating the surface. Otherwise, there is a high probability of cracks appearing.
Welding. Special conditions must be observed.

Titanium is a unique material with good performance and technical qualities. But to process it, you need to know the specifics of the technology, and most importantly, safety precautions.

Source: https://ismith.ru/metal/svojstva-titana-i-ego-splavov/

What is titanium for?

Titanium has high strength, good corrosion resistance and at the same time has a relatively small weight, which makes its use indispensable in areas where good mechanical properties of products along with their weight are important. The page provides a description of this metal: physical, chemical properties, areas of application, grades and its alloys, types of products.

In the periodic table of elements of D.I. Mendeleev, Ti is located in group IV of the 4th period at number 22. In the most important and most stable compounds, the metal is tetravalent. It looks like steel. Titanium is a transition element.

This metal melts at a fairly high temperature (1668±4 °C) and boils at 3300 °C, the latent heat of melting and evaporation is almost twice as high as that of iron.

There are two known allotropic modifications of titanium (two varieties of this metal, having the same chemical composition, but different structure and properties). Low-temperature alpha modification, existing up to 882.5 °C and high-temperature beta modification, stable from 882.5 °C to the melting point.

In terms of density and specific heat capacity, titanium occupies an intermediate position between the two main structural metals: aluminum and iron. It is also worth noting that its mechanical strength is approximately twice that of pure iron and almost six times that of aluminum. But this material can actively absorb oxygen, nitrogen and hydrogen, which sharply reduce the plastic properties of the metal. With carbon, titanium forms refractory carbides with high hardness.

Titanium has low thermal conductivity, which is 13 times less than the thermal conductivity of aluminum and 4 times less than that of iron. The coefficient of thermal expansion at room temperature is relatively small; it increases with increasing temperature.

The elastic moduli of titanium are low and exhibit significant anisotropy. Elastic moduli characterize the ability of a material to elastically deform when a force is applied to it. Anisotropy is the difference in elasticity properties depending on the direction of the force.

With an increase in temperature to 350 °C, the elastic moduli decrease almost linearly. The small value of the elastic modulus Ti is its significant drawback, because

in some cases, in order to obtain sufficiently rigid structures, it is necessary to use larger sections of products compared to those that follow from the strength conditions.

Titanium has a fairly high electrical resistivity, which, depending on the impurity content, ranges from 42·10 -8 to 80·10 -6 Ohm cm. At temperatures below 0.45 K it becomes a superconductor.

Titanium is a paramagnetic metal. Typically, for paramagnetic substances, the magnetic susceptibility decreases when heated. Magnetic susceptibility characterizes the relationship between the magnetization of a substance and the magnetic field in this substance. This material is an exception to this rule - its susceptibility increases significantly with temperature.

Physical and mechanical properties

PropertyTitanium

Atomic number	22
Atomic mass	47,00
Density at 20°C, g/cm 3	4,505
Melting point, °C	1668
Boiling point, °C	3260
Latent heat of fusion, J/g	358
Latent heat of evaporation, kJ/g	8,97
Heat of fusion, kJ/mol	18,8
Heat of evaporation, kJ/mol	422,6
Molar volume, cm³/mol	10,6
Specific heat capacity at 20°C, kJ/(kg °C)	0,54
Specific thermal conductivity at 20°С, W/(m K)	18,85
Coefficient of linear thermal expansion at 25°C, 10 -6 m/mK	8,15
Electrical resistivity at 20°C, Ohm cm 10 -6	45
Modulus of normal elasticity, hPa	112
Shear modulus, hPa	41
Poisson's ratio	0,32
Hardness, HB	130. 150
Spark color	Dazzling white long rich beam of sparks
Group of metals	Refractory, lightweight metal

Chemical properties

PropertyTitanium

Covalent radius:	132 pm
Ion radius:	(+4e) 68 (+2e) 94 pm
Electronegativity (according to Pauling):	1,54
Electrode potential:	— 1,63
Oxidation states:	2, 3, 4

Grades of titanium and alloys

The most common grades of titanium are VT1-0, VT1-00, VT1-00sv. Titanium of the indicated grades is called technical. These brands do not contain alloying elements, only a small amount of impurities.

Ti in the VT1-0 grade is approximately 99.24-99.7%, in VT1-00 - 99.58-99.9%, VT1-00sv - 99.39-99.9%. VT1-0, VT1-00 are supplied in the form of sheets, plates, rods and pipes.

The wire is most often used for various welding purposes and is produced from the VT1-00sv brand.

Currently, a fairly large number of serial titanium alloys are known, differing in chemical composition, mechanical and technological properties. The most common alloying elements in such materials are: aluminum, vanadium, molybdenum, manganese, chromium, silicon, tin, zirconium, iron.

Titanium alloy VT5 contains 5% aluminum. It has higher strength properties compared to titanium, but its manufacturability is low. The alloy is forged, rolled, stamped and welded well. Titanium rods (circles), wire and pipes, as well as sheets are produced from the VT5 grade. It is used in the manufacture of parts operating at temperatures up to 400 °C.

Titanium alloy VT5-1, in addition to 5% aluminum, contains 2-3% tin. Tin improves its technological properties. All types of semi-finished products obtained by pressure treatment are made from the VT5-1 grade: titanium plates, as well as sheets, forgings, stampings, profiles, pipes and wire. It is intended for the manufacture of products operating in a wide temperature range: from cryogenic (negative) to + 450 °C.

Titanium alloys OT4 and OT4-1 contain aluminum and manganese as alloying elements. They have high technological plasticity (they are well deformed in hot and cold states) and are well welded by all types of welding.

This material is used mainly for the production of titanium plates and sheets, tapes and strips, as well as rods and circles, forgings, profiles and pipes. Titanium alloys OT4 and OT4-1 are used to produce parts using welding, stamping and bending, operating up to a temperature of 350 °C.

These materials have disadvantages: 1) relatively low strength and heat resistance; 2) greater tendency to hydrogen embrittlement. In the PT3V alloy, manganese is replaced by vanadium.

Titanium alloy VT20 was developed as a more durable sheet material compared to VT5-1. The strengthening of the VT20 grade is due to its alloying, in addition to aluminum, with zirconium and small amounts of molybdenum and vanadium.

The technological ductility of the VT20 alloy is low due to the high aluminum content, however, it has high heat resistance. This material welds well, the strength of the welded joint is equal to the strength of the base metal.

The alloy is intended for the manufacture of products operating for a long time at temperatures up to 500 °C.

Source: https://MyTooling.ru/instrumenty/dlja-chego-nuzhen-titan

Titan gel for men: scam or truth, real customer reviews, instructions for use

Each package of the drug contains instructions for use. To achieve the desired result you should:

Wash with soap and dry your hands and penis
Bring the organ to a state of medium erection
Apply the gel to the penis.
Grasp the penis with your thumb and forefinger (the grip will resemble the “OK” gesture).
Using massage movements (twisting clockwise and counterclockwise) from the pubic bone to the head, evenly apply a thin layer and distribute Titan ointment along the entire length of the penis. When one hand reaches the head, change it.

The instructions for the gel say that the result becomes visible after 3-4 weeks of regular use, but some changes are noticeable after shorter periods of time:

5-10 days – the sensitivity of the male genital organ increases, the length may increase by several centimeters;
18 days – the duration of sexual intercourse doubles;
25-30 days – the quality of erection improves, there is a noticeable increase in penis length up to 6 cm and volume up to 1 cm.

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What is this cream

Now there are a huge number of drugs for penis enlargement, and they all differ in their composition and features of action. What is titan gel and does it really work?

Titan gel original is one of the most common means for penis enlargement. The drug is available in the form of a transparent gel with a mild characteristic odor. In fact, this is the same lubricant for men, which has many positive effects.

This drug can be a great find for men who want to experience new sensations in sex or want to overcome indecisiveness or shyness. Women can also purchase the gel by giving a man a gift. The drug can save relationships, as it can increase sexual desire, enhance erection and orgasm in just a few uses.

What does the gel contain?

Horny goat weed (it has a positive effect on male potency);
thistle (it stimulates the work of the male body and helps increase the amount of testosterone in it);
elastin (it increases the sensitivity of the penis);
poppies (this plant is a potency stimulant, extract from it enhances erection);
hydrolysates of proteins and amino acids make the tissues of the genital organ more elastic and thereby contribute to their enlargement.

The success of Titan Gel can be easily explained by its natural composition. The original Titan gel does not contain any synthetic additives. Its unique formula has been developed by scientists from different parts of the world over the years. Numerous studies and experiments were carried out before specialists managed to create a working gel for penis enlargement.

The result of using Titan gel is achieved thanks to the following components:

Horny goat weed (allows you to improve a man’s libido, prolongs erection, makes sperm more mobile, which has a positive effect on sperm quality);
lichen (its extract improves blood flow in the pelvic area, which is why the penis is more actively filled with blood, which helps solve common problems with potency in men);
triethanolamines (affects the sensitivity of the male organ, allows you to prolong the duration of sexual intercourse, since control over ejaculation increases);
thistle (its components are a reliable natural catalyst for the production of testosterone, which affects the quality of sexual activity, including potency and sperm composition);
Peruvian maca (has a strengthening effect on the immune system, it is also called a proven aphrodisiac that improves blood circulation and maximum filling of the cavernous bodies of the penis, which is why the latter increases in size).

Thanks to this natural composition, a rapid effect is observed. Not a single gram of synthetics enters the body. All success is built only on natural ingredients. Therefore, the risks of developing allergic reactions are excluded. With rare exceptions in the form of individual intolerance to the components of a particular element of the cream for penis enlargement.

Benefits of cream gel

The use of this drug has several advantages.

If a man is unable to increase the size of his penis by the required amount, then this drug helps to achieve a stable erection and overcome impotence, which is important for the treatment of pathologies of the male reproductive system.
The cream has no contraindications. A natural contraindication that can limit the use of this drug is individual intolerance to one or more components.
There are no side effects if used correctly.
The instructions for using this product are very simple: titanium gel cream for men should be rubbed into the skin of the penis. All other nuances on how to properly use titanium gel are indicated in the instructions.
A noticeable effect from the use of this drug can be seen within a month from the moment a man began applying titanium gel.
This product has passed all the necessary clinical studies and tests, so most men are satisfied with the use of the original titanium gel.
It is safe to use this drug, as it has all the certificates confirming its quality.
Reviews from real people indicate that after stopping applying the gel to the skin, the effect remains.

Features of use

To achieve enlargement of the penis, you need to use this cream regularly and for one month. It is forbidden to take long breaks in applying it to the skin: if you do not use it for more than five days, the likelihood of a positive effect is noticeably reduced. And to consolidate the effect, you need to repeat the recommended therapeutic course after a few months.

Clinical studies conducted suggest that this product is completely safe for health and has a 100% effect. If you are interested in the effectiveness of titanium gel, real customer reviews are posted here.

According to many experts, the use of this gel is an excellent alternative to surgery to increase the size of the penis.

And this despite the fact that not a single surgical intervention gives a 100% effect and the absence of complications.

Where can I buy such a product?

It should be remembered that this drug is not sold in pharmacies. If you buy “Male Strength for Health” gel or Titan gel at a pharmacy, then there is a high probability of purchasing a low-quality product. Do not buy counterfeit products from pharmacies and dubious websites. This can only be done on the website of the official representative of the company producing this drug.

On this page you can find only original reviews from real people who tried this gel and felt its effect. Here you can find out whether it is a scam or true that this remedy can increase the size of the penis, treat prostatitis, and increase potency.

You can buy titanium gel for men only on the official website. There is a convenient and simple form for filling out an order and confirming your purchase. After completing all the steps, the manager contacts the buyer to clarify the details of the order and delivery. A few days later, the purchase is delivered to your home by mail to the address specified in the order.

Many men are interested in how much such a product costs. The price of a tube is about 1000 rubles. The manufacturer's website usually does not offer huge discounts. And if you notice that the seller is ready to offer a product twice or even three times cheaper than the real price, you should not rush to the cheap stuff: this is a fake that will not only not bring the desired effect, but will also lead to a significant deterioration in health.

Why can you repeatedly find negative reviews online about the quality of the gel in question? Such assessments are left by many competing firms, or consumers who have received low-quality products. After all, it cannot bring any positive effect. The cream has been tested by doctors from leading Japanese clinics, so the effectiveness of its use will be almost one hundred percent.

What is titanium gel used for?

Application of titanium metal in industry and construction

The combination of strength and lightness in one substance is such a valuable parameter that other qualities and features of the material can be completely ignored. Titanium is expensive to produce, resistant to temperatures only in its ultra-pure form, and difficult to use, but all this turns out to be secondary compared to the combination of low weight and high strength.

This article will tell you about the use of titanium in military aviation, industry, medicine, aircraft manufacturing, for the manufacture of jewelry, titanium alloys, their properties and everyday use.

The scope of use of the metal would be much wider if it were not for the high cost of its production. Because of this, titanium is used only in those areas where the use of such an expensive substance is economically justified. The application is determined not only by strength and lightness, but also by resistance to corrosion, comparable to the resistance of noble metals and durability.

The properties of the metal are extremely dependent on purity, so the use of technical and pure titanium is considered as 2 separate issues.

This video will tell you about the properties due to which titanium is so widely used in industry:

Technical titanium may contain various impurities that do not affect the chemical properties of the substance, but have an effect on the physical ones. Technical titanium loses such valuable quality as heat resistance and the ability to work at temperatures above 500–600 C. But its corrosion resistance does not decrease in any way.

This is the reason for its use - in the chemical industry and in any other area where it is necessary to ensure the durability of products in aggressive environments. Titanium is used to make storage containers, fittings, parts of reactors, pipelines and pumps, the purpose of which is to move inorganic and organic acids and bases. Titanium alloys mostly have the same properties.
Low weight, together with corrosion resistance, ensures another application - in the manufacture of transport equipment, in particular, railway transport. The use of titanium sheets and rods in the manufacture of cars and trains makes it possible to reduce the weight of trains, and, therefore, reduce the size of axle boxes and journals, making traction more efficient.

In ordinary cars, exhaust gas removal systems and coil springs are made from titanium. In racing cars, titanium driving units can significantly lighten the car and improve its properties.

Titanium is indispensable in the production of armored vehicles: this is where the combination of strength and lightness turns out to be decisive.
High corrosion resistance and lightness make the material attractive for naval applications. Titanium is used in the manufacture of thin-walled pipes and heat exchangers, exhaust mufflers on submarines, valves, propellers, turbine elements, and so on.

Titanium products

Pure metal

Pure metal exhibits very high heat resistance and the ability to work under conditions of high load and high temperature. And, given its low weight, the use of metal in rocket and aircraft manufacturing is obvious.

Fastening parts, casing, chassis parts, power sets, and so on are made from metal and its alloys. In addition, the material is used in the construction of aircraft engines, which reduces their weight by 10–25%.
When passing through dense layers of the atmosphere, rockets experience monstrous loads. The use of titanium and its alloys makes it possible to solve the problem of static endurance of the apparatus, fatigue strength and, to some extent, creep.
Another application of pure titanium is the manufacture of parts for electric vacuum devices designed for operation under overload conditions.
The metal is indispensable in the production of cryogenic equipment: the strength of titanium only increases with decreasing temperature, but at the same time some ductility is retained.
Titanium is perhaps the most biologically inert substance. Commercially pure metal is used to make all types of external and internal prosthetics, including heart valves. Titanium is compatible with biological tissue and has not caused a single case of allergies. In addition, the material is used for surgical instruments, wheelchairs, wheelchairs, and so on.

However, for all its temperature resistance and durability, the metal is not used in the manufacture of bearings, bushings and other parts where friction is expected. Titanium has low anti-friction properties and this issue cannot be resolved with the help of additives.

Titanium is highly polished and anodized – color anodizing, which is why it is often used in works of art and architecture. An example would be a monument to the first artificial earth satellite or monument. Yu. Gagarin.

We will talk about the markings on titanium products, instructions for its use and other important aspects of using metal in construction below.

The video below shows the titanium andonizing process:

Of course, the lion's share of titanium is used in aircraft manufacturing and the transport industry, where the combination of strength and lightness is especially important. However, the material is also used in construction, and would be used more widely if not for its high cost.

Titanium plating

This technology is still not widespread, but, for example, in Japan, titanium sheets are very widely used for finishing roofs and even interiors. The share of material consumed in construction is significantly higher than the share used in the aviation sector.

This is due both to the durability of such cladding and to its amazing decorative capabilities. Using anodic oxidation, a layer of oxides of varying thickness can be obtained on the surface of the sheet. The color changes. By changing the annealing time and intensity, you can get yellow, turquoise, blue, pink, green colors.

Anodizing in a nitrogen atmosphere produces sheets with a layer of titanium nitride. In this way, a wide variety of shades of gold are obtained. This technology is used in the restoration of architectural monuments - restoration of churches, for example.

Next, we will consider such a method of using titanium as the manufacture of seam roofing.

Seam roofs

This option has already become very widespread. But, however, its basis is not titanium itself, but its alloy with zinc.

Seam roofs themselves have been known for a very long time, but have not been popular for a long time. However, today, thanks to the fashion for high-tech and techno styles, there is a need for broken and spline surfaces, especially those that extend into the facade of the building. And metal roofing provides such an opportunity.

Its ability to shape is almost limitless. And the use of zinc-titanium alloy provides both exceptional strength and the most unusual appearance. Although in fairness, the basic matte steel color is considered the most respectable.

Since zinc-titanium has quite decent malleability, a variety of complex decorative parts are made from the alloy: roof ridges, waterproof flashings, cornices, etc.

This area of application of titanium as façade cladding is discussed briefly below.

Zinc-titanium is also used in the manufacture of cladding panels. The panels are used both for cladding facades and for interior decoration. The reason is the same - a combination of strength, exceptional lightness and decorativeness.

Panels are produced in a wide variety of shapes - in the form of lamellas, diamonds, modules, scales, and so on. The most interesting thing is that the panels can not be flat, but can take on almost any three-dimensional shape. As a result, such finishing is possible on walls and buildings of any, even the most unimaginable configuration.

The lightness of the product also allows for another completely unique application. A conventional ventilated façade involves fixing the slabs and leaving a gap between the cladding and the insulation. However, lightweight zinc-titanium panels can be attached to movable opening mechanisms, forming a system similar to blinds. The plates, if necessary, can deviate from the plane at an angle of 90 degrees.

Titanium has a unique combination of strength, lightness and corrosion resistance. These qualities determine its use, despite the high cost of the material.

This video will show you how to make a titanium ring:

THIS IS INTERESTING: What is heavier: cast iron or steel

Source: http://stroyres.net/metallicheskie/vidyi/tsvetnyie/titan/primenenie-v-promyishlennosti-i-stroitelstve.html

The effect of titanium on the human body – Ecobalance

Titanium is one of the mysterious, little-studied macroelements in science and human life. Although it is not for nothing that it is called a “cosmic” element, because... it is actively used in advanced branches of science, technology, medicine and many other things - it is an element of the future.

Description of the chemical element titanium - meaning for humans

Titanium is described as a silver-gray metal that is insoluble in water. It has a low chemical density, so it is characterized by lightness. At the same time, it is very durable and easy to process due to its fusibility and ductility. The element is chemically inert due to the presence of a protective film on the surface. Titanium is not flammable, but its dust is explosive.

The discovery of this chemical element belongs to the great lover of minerals, the Englishman William McGregor. But titanium still owes its name to the chemist Martin Heinrich Klaproth, who discovered it independently of McGregor.

Speculation about the reasons why this metal was called “titanium” is romantic. According to one version, the name is associated with the ancient Greek gods Titans, whose parents were the god Uranus and the goddess Gaia, but according to the second, it comes from the name of the fairy queen, Titania.

Be that as it may, this macronutrient is the ninth most abundant in nature. It is part of the tissues of flora and fauna. There is a lot of it in sea water (up to 7%), but in soil it contains only 0.57%. China is the richest in titanium reserves, followed by Russia.

Effect of titanium on the human body

The effect of the macroelement titanium on the body is due to its physicochemical properties. Its particles are very small, they can penetrate the cellular structure and affect its functioning. It is believed that due to its inertness, the macroelement does not react chemically with irritants and is therefore not toxic.

However, it comes into contact with the cells of tissues, organs, blood, and lymph through physical action, which leads to their mechanical damage.

Thus, the element can, by its action, lead to damage to single- and double-stranded DNA, damage chromosomes, which can lead to the risk of developing cancer and a malfunction in the genetic code.

It turned out that macronutrient particles are not able to pass through the skin. Therefore, they enter humans only with food, water and air.

Titanium is better absorbed through the gastrointestinal tract (1-3%), but only about 1% is absorbed through the respiratory tract, but its content in the body is concentrated as in the lungs (30%). What is this connected with? After analyzing all the above figures, we can come to several conclusions. Firstly, titanium is generally poorly absorbed by the body.

Secondly, titanium is excreted through the gastrointestinal tract through feces (0.52 mg) and urine (0.33 mg), but in the lungs such a mechanism is weak or completely absent, since as a person ages, the concentration of titanium in this organ practically increases 100 times. What is the reason for such a high concentration with such weak absorption? Most likely, this is due to the constant attack on our body of dust, which always contains a titanium component.

In addition, in this case it is necessary to take into account our ecology and the presence of industrial facilities near populated areas.

Source: http://ekobalans.ru/harmful-substances/vliyanie-titana-na-organizm

Titanium and its alloys: properties and scope of application

Titanium is considered one of the most common elements. Combining corrosion resistance and strength with low density, it has a number of design advantages over materials such as steel or aluminum. Titanium and its alloys have found application in metallurgy, the military industry, electrical and radio engineering, the chemical industry, shipbuilding and other spheres of life.

Properties of titanium

In the Mendeleev classification system of elements, Ti is number 22. One of the most important properties of titanium and its alloys is tetravalency. The melting point is +1168°C, the boiling point is 33300°C. There are two varieties of titanium with a similar chemical composition, but also different properties and structure. The low-temperature alpha modification, which exists up to a temperature of +882.5°C, and the high-temperature beta modification is stable up to the melting point.

Titanium and titanium alloys are paramagnetic materials. When heated, their sensitivity to temperature decreases. The material is characterized by high electrical resistivity - 42·10-8-80·10-6 Ohm cm. When the temperature drops below 0.45K, the metal turns into a conductor. Outwardly it resembles steel.

In terms of specific heat capacity and density, titanium is between aluminum and iron. Moreover, its mechanical strength is almost 13 times higher than that of pure iron and 6 times higher than that of aluminum.

Scope of application of titanium

Titanium-based alloys are widely used in metallurgy, including as an alloying element in the production of heat-resistant and stainless steels. Ti is also added to copper, aluminum, and nickel in order to increase the strength of the latter. Titanium dioxide is used in the production of welding electrodes, Ti tetrachloride is used in military affairs to create smoke screens.

In radio engineering and electrical engineering, titanium powder is used as a gas absorber. In a number of cases, Ti is indispensable in shipbuilding and industry - parts are made from it that are used to work with aggressive liquids, in corrosive environments, and when anodizing various parts.

Titanium is also used in the production of elements for electroplating baths, hydrometallurgical apparatus and much more.

February 1, 2017

Source: https://www.etalonstal.ru/statii/titan-i-ego-splavy-svoystva-i-sfera-primeneniya/

Glue Titan. Properties, types, application and price of Titan glue

Polymers instead of bones and tendons. These are not new body prosthetics. We're talking about glue. In the Neolithic era, that is, the late Stone Age, it was cooked from bones and veins. Looking at modern jellied meat, it’s easy to believe that they can make glue.

Later, plant resins began to be added to bonding mixtures. Glue based on them and animal fat was found in the tomb of Tutankhamun. The substance was poured into a vessel, apparently suggesting a need for it in the afterlife.

https://www.youtube.com/watch?v=cTARSgjNzmQ

This indicates the importance of the glue. Its modern variations are mainly polymer. Such glue is not placed in tombs, but it still means a lot. What are the names alone worth? Today's review will be dedicated to Titan. That was the name of the Greek gods. According to legend, they held the sky on their shoulders. What does Titan glue ?

Description and properties of Titan glue

The basis of Titan glue is polyurethane. Its constituents isocynate and polyol are taken from crude oil. The synthesis was carried out in the 1930s in America. In the 1950s, polymerization of the substance was carried out there. The result was foamed varieties of polyurethane, for example, polystyrene. The abundance of air in it allows you to insulate houses with the material.

Polystyrene is solid. Titan glue contains liquid polyurethane. The product looks like PVA. “Titan” is packaged in different cylinders, bags and bottles, depending on the purpose. We'll talk about it in a separate chapter.

In addition to polyurethane, Titan may contain dimethyl ether, propylene, 4-4-diphenylmethane, their isomers and homologues. This is the name given to substances of a similar composition, but of a different structure. In the case of homologues there are additional CH2 groups.

The exact composition and proportions of the components give variations in the structure and appearance of the Titan. It is not always white like PVA. There are transparent types of glue. There is even a semblance of polyurethane foam. The differences from it are the absence of secondary expansion.

By giving it, the polyurethane foam also gives shrinkage. “Titan”, having expanded once, does not change its volume. In addition, the glue has better adhesion to concrete. Adhesion is the ability to penetrate into the upper layers of other materials and adhere to them.

Types of Titan glue

Titan assembly adhesive is a brand that covers a number of products. It covers various construction and renovation needs. There are 4 main types of glue:

Liquid nails "Titanium". Liquid nails mean glue with a fine filler. It makes the mixture paste-like and, as it were, concretes it, allowing surfaces that are spaced apart from each other to be held together. There is no longer a need for a tight fit or pressing of the planes. Metal, wood, ceramic, polyurethane and polyvinyl chloride objects can act as planes.

Adhesive mastic "Titan". In cooking, mastic is a mixture of gelatin, sugar and water. The glue took from it only ductility, density and plasticity. The composition is designed for joining polystyrene, polyurethane, gypsum and plastered surfaces. Cement-lime bases, wood boards and brickwork are also suitable. The use of Titan glue of the mastic category begins with mixing the composition. It sets in 20 seconds and dries completely in 12 hours.

Powder glue "Titan". Universal composition for wallpapering. Like other adhesives for them, “Titan” is diluted with water. The advantage of the powder is that it is an antiseptic additive. They block the development of fungus. Appearing on wallpaper and plaster surfaces, it penetrates inside the walls in the form of spores. They are invisible and difficult to remove. Priming with Titan glue eliminates the risk of surface contamination.

Adhesive foam "Titan" . It works on the principle of conventional polyurethane foam, also consisting of polyurethane. When exposed to air, it polymerizes. Contact with atmospheric moisture leads to the release of carbon dioxide. It swells the polymer. This is how foam turns out. Windows, door frames and wall panels fit on it with equal success. However, information on the use of adhesives in the series is collected in a separate chapter.

A narrower classification of “Titanium” is related to application. So, among the wallpaper powders there are those for paper, vinyl, and fabric. Liquid nails include Titan glue for mirrors . But, there are also universal compositions. They are even used as primers. To do this, denatured alcohol is added to the glue - ethyl alcohol mixed with methanol.

The brand's product line also includes Titan ceiling adhesive . It belongs to the category of mastics, good for tiles made of gypsum, polystyrene foam, polystyrene foam. All instructions on the packages are in Russian. The brand, by the way, is also domestic. Entered the market in the 1990s.

Characteristics of Titan glue

The properties of Titan glue depend on its type. In foam form, for example, the composition ignores ultraviolet radiation. It darkens ordinary polyurethane foam and makes it fragile. “Titanium” is used in street work. If the foam is covered with plaster and other “facades,” it is only for the sake of beauty, and not for the safety of the sealant.

In a can of foam, Titan glue is transparent , but when it comes out it becomes cloudier. As the mixture hardens, it becomes light beige. Gas bubbles are enclosed in closed honeycombs. They don't communicate with each other.

Therefore, Titan foam is resistant to moisture. This makes the material suitable for facade work. For internal ones, Titan is also ideal because it does not contain freon. These are gases in which methane is mixed with ethane.

They talk about the dangers of the mixture. However, it is not itself that is harmful, but the tetrafluoroethylene released. It is formed at temperatures above 400 degrees. That is, foams with freons are potentially dangerous only in case of fire.

However, during it the poisons will find something to stand out from. The emphasis on the absence of freons in Titan glue is more of a marketing ploy than a real advantage.

The general characteristics of Titan glue in foam and mastic form are heat resistance. When frozen, the product can withstand at least 140 degrees. The wallpaper series cannot boast of sim.

But Titan powder adhesives have specific advantages. The first of them is slipperiness. It allows you to move the canvas on the wall, adjusting the pattern on the wallpaper. To make them easier to glue, Titan powder dissolves in water without forming lumps. This is the second advantage of mixtures. They dry in 5 minutes.

Application of Titan glue

The question of what glue “Titan” glues has dozens of answers. Even artificial leather is sealed with brand mixtures. Therefore, the use of “Titan” is widespread. If the ancient Greek Gods held the heavens on their shoulders, then the hero of the article bears the responsibility for repairs and the sphere of arts and crafts.

PVC floor tiles and ceiling blocks are attached to the Titan. Under the ceramics, the hero of the article replaces the cement mixture. Titan also works well under moldings and baseboards. Double-glazed windows, slopes for them, and door frames are mounted on adhesive foam.

The low consumption of the mixture encourages replacing competitors with Titan. For example, 1 liter is consumed per square meter of wallpaper. However, on some surfaces all 20 liters are spent per square.

The exact indicator depends on the porosity of the base. Titan Wild glue fills voids. This is extra volume. On a flat and dense surface, the consumption of mixtures is several times less.

The use of the hero of the article, like other adhesive compositions, risks getting the mixture on clothes, floors, and furniture. The outfits are sorted out after waiting for the “Titan” to harden.

In its solid form, it is covered with gauze and tapped. It breaks like glass. All that remains is to shake off the fragments and wash off small particles stuck in the fibers of the fabric with warm water and soap.

When removing mixtures from home surfaces and facades, the question arises of how to dilute the Titan glue . Suitable: alcohol, disinfectant liquids with it and denatured alcohol. On packages of solvents you should look for “butyl acetate” and “isoprapanol”. They are even in nail polish remover. So, it will also help get rid of glue stains.

Some recommendations indicate acetone as a Titan solvent. However, the practice of adding it to glue leads to curdling of the latter. It can be avoided by observing exact proportions.

For 4 parts of “Titanium” take 1 part of the solvent. Therefore, acetone is suitable for cleaning surfaces, but it is risky to use it to dilute a thickened mixture.

Price of Titan glue and reviews about it

The price of Titan glue depends on the type and volume of the mixture. Half a liter of universal, for example, costs from 100 to 220 rubles. They charge from 210 to 370 per liter. Is it worth paying? Customer reviews will tell you about this:

“This glue is outdated. I took it for the ceiling tiles, since the nearby store only had Titan. It turned out that it needs to be applied to the ceiling, wait 5 minutes, then glue the block and press for another 5 minutes. Masachism straight up. I felt like a titan holding the sky. The glue doesn’t live up to its name.”

Kric2507

“I appreciate Titan for its resistance to water. When the glue has dried, at least give it a bath. It is easy to clean from hands and grips surfaces tightly. The main thing is to hold it for 1-3 minutes. I use it for minor repairs, I’m happy.”

Angelica EL

“Titan’s stranglehold is both its main plus and minus. You don't always measure accurately. Sometimes you need to tear off and re-glue a part. In the case of the Titan, the thing is damaged. It only comes off with meat. But if you measure 7 times and glue only once, there is no price for Titan.”

Greuman

These reviews are published on I Recomens.ru. Most of the site visitors gave Titan 4 stars out of 5. Three-star reviews are about 30%. Fives are rare.

This characterizes domestic glue as a solid average. It is accessible, reliable, although not cutting-edge. But the quality of the brand’s products is constant, and the instructions for them are clear.

Source: https://zastpoyka.ru/klej-titan-svojstva-vidy-primenenie-i-cena-kleya-titan/