Polyurethane products factory in Lithuania

Possibilities of using polyurethane

Light industry

Features of the use of polyurethane in light industry
Today polyurethane products are widely used in almost all industries. This is due to the high strength and wear resistance of the starting material. It can work under high pressure, withstand high loads and temperature drops.
Polyurethane is a synthetic material and looks like rubber. However, in terms of its quality characteristics, it outperformed not only rubber, but also plastic, rubber and some metals. The use of polyurethane in light industry has become very popular. It is used to make drive belts, pulleys, loom bobbins, etc. A phenomenon such as heels and soles of shoes made of polyurethane is known to absolutely everyone.
In addition, the material is used to make sports shoes and equipment (skateboards, rollers, skis, etc.). What is the reason for this popularity? Very easy! Unlike rubber and its analogues, polyurethane has increased wear resistance. In addition, it is characterized by the following advantages:

In addition, the material is environmentally friendly and safe. It is completely harmless to the environment and human health. The use of polyurethane products in light industry ensures a long service life for production facilities and finished products. The material is elastic and durable, so it is widely used in various manufacturing companies.


Polyurethane products in agriculture - application features
Polyurethane is a versatile material that is widely used in various industries and other economic sectors. Polyurethane is also used in agriculture. It is used to make products that have been made using materials such as rubber, other less wear-resistant polymers, and even metals.
Loading arms and other elements of elevator conveyors, noise suppressors and sieves and accessories for agricultural equipment are made of polyurethane. Sheets made from this material are also used for lining agricultural implements, which significantly increases their active life.
Other traditional materials are actively being replaced by polyurethane. This is due to the following performance characteristics:
Strength. Polyurethane is extremely shock-resistant and can withstand strong physical and mechanical loads. This material also has anti-deformation properties that allow the use of polyurethane products even in difficult working conditions.
Durability. Polyurethane is not subject to any corrosive processes. Products made with appropriate use and maintenance can last for decades.
Adhesion. The properties of the polyurethane surface are such that other, even the most finely dispersed and moist substances or their mixtures do not adhere to it.
Less weight. With high strength and good wear resistance, polyurethane is lighter in weight, which makes it easier to install and use products.
It is also worth mentioning the abrasion resistance of polyurethane. This means that products made from it will keep their original appearance for a long time and the work surfaces will not lose their high performance.

Metallurgical industry

The use of polyurethane in metallurgy - the main advantages
There are some natural and man-made materials that are suitable for active use in metallurgy. One of them is polyurethane. In certain situations it successfully replaces rubber and heavy, relatively expensive metals and their alloys. Polyurethane withstands high temperatures up to + 260 ° C and their strong drops.
Polyurethane retains its integrity even under conditions of strong physical and mechanical stress. That is why polyurethane is used to provide protective coating to metal elements, to make noise suppression systems (e.g. using polyurethane panels) and individual components of factory mechanisms and other equipment. The following advantages of polyurethane are very important for the metallurgical industry:
Strength. It tolerates shock and abrasion from solid particles well. This means that mechanisms and individual elements made of polyurethane or with a protective coating have a significantly longer active service life.
Oil resistance. Polyurethane does not change its chemical properties under the influence of various lubricants, which are necessarily used in metallurgy.
Wear resistance. Polyurethane friction elements last much longer than their rubber or metal counterparts.
Plastic. Due to this property, polyurethane is actively used in the manufacture of various sealing materials.
Polyurethane also has a certain elasticity. That is why products made from it tolerate external loads well. Polyurethane products do not deform even under high pressure and retain their original shape.

Mining industry

Polyurethane products in mining
The extraction of minerals takes place in a hostile environment. In order to establish an effective production process, complex and most wear-resistant metal devices are used. However, some metal components are being successfully replaced with lighter, stronger, more durable polyurethane counterparts.
This material is not subject to any corrosive processes and is resistant to the influence of various aggressive chemical compounds. In addition, polyurethane is valued in the mining industry for its operational advantages:
Strength. Polyurethane has a high structural density, which is associated with a relatively low weight. Thanks to this, polyurethane products can withstand large external and internal physical and mechanical loads. This is important for efficient and uninterrupted handling and transportation of mined ore and other materials.
Wear resistance. Polyurethane has anti-deformation properties and retains its original shape for a very long time, even under the influence of heavy loads. It also resists the abrasive action of solid particles well, which further extends the life of products made from this material.
Plastic. This property of polyurethane enables the manufacture of sealing elements that are necessary for the operation of many mechanisms in mining equipment.
Polyurethane is used to make permanent hydrocyclones and screens. This material is also indispensable for lining the work surfaces of mining machines, which significantly extends the service life. This applies in particular to rollers and wheels that are constantly exposed to friction and high temperatures.

Moorings and Ports

Polyurethane products for equipping berths and ports
Polyurethane is a synthetic material that has increased elasticity and durability. It is is used for making fenders. They are required to protect the sides of ships and piers when docking and mooring in ports.
In this industry, polyurethane has successfully replaced rubber due to a number of positive properties. It withstands high mechanical and dynamic loads, is not afraid of temperature changes and does not corrode. The use of polyurethane for equipping berths and ports is successful, since the material is not afraid of contact with various types of destroyers. These include:

In this area of ​​activity, the following requirements are placed on the materials used:
Strength. This criterion is extremely important as the ships can quickly become unusable in the event of a collision with fenders.
Wear resistance. Continuous contact with sea water, ultraviolet light, and oil residue that may be in the water affects the structure of some materials.
Resistance to external factors. The use of materials outdoors and with constant interaction with water requires a variability in temperature conditions. It is therefore very important that the material does not dry out, rot or corrode.
Polyurethane has all of these properties - a new generation material that has been widely used in many industries and in reclining equipment.

Rolling tube production

Advantages of polyurethane products in pipe rolling manufacture
There are a small number of different natural and synthetic materials that are used in the rolling of pipes. One of them is polyurethane - a material made on the basis of isocyanate and polyol. It has high wear resistance and is designed for use under conditions of high mechanical and dynamic loads.
In certain cases, rubber, rubber and some expensive metals are replaced by the polyurethane. Polyurethane can withstand high temperatures of up to 260 ° C. The use of polyurethane in tube rolling is necessary for the manufacture of rollers, shafts, roller bearings, gears, sprockets, bushings, seals, couplings and bandages. Therefore, it is very important that the starting material has the following advantages:
Increased durability. Polyurethane is resistant to tearing and drying. It withstands high dynamic loads and can be operated at both high and low temperatures.
Wear resistance. Rubbing parts of equipment made of polyurethane retains their original properties much longer than products made of rubber or rubber.
Elasticity. In contrast to rubber, polyurethane remains elastic throughout its life. Because of this, it is widely used to make various gaskets.
It should be noted that the material is not subject to the influence of climatic conditions, organic oils, gasoline, acids, etc. It is frost-resistant and corrosion-resistant. Therefore, it is widely used in pipe rolling production.

Mechanical engineering and automotive industry

Use of polyurethane products in mechanical engineering and the automotive industry
Polyurethane is a versatile material that has found wide application in various areas of human life. It has been used in transportation, food, metallurgy and other industries, as well as agriculture, for many years. In mechanical engineering and the automotive industry, polyurethane is valued for its mechanical strength, excellent oil and gas resistance, and durability. It is used to manufacture sleeves, seals, hydraulic sleeves, antisplash covers, handles, slide bearings.
What is the reason for this popularity of polyurethane in mechanical engineering?
Everything is very simple. The material has many advantages, including:
High durability. It is not subject to mechanical damage, does not deform and withstands increased loads. This enables the material to be used under conditions of high alternating loads and temperatures.
Wear resistance. Polyurethane is one of the most durable materials. It is resistant to corrosion and abrasion. The service life is calculated over decades.
Light weight. Despite the high density and mechanical strength of the material, it is quite light. Because of this, working with polyurethane does not require any special electricity costs.
In addition, the surface of the polyurethane is resistant to the adhesion of substances. The material is also elastic and frost-resistant, thanks to which it retains its original properties for a long time. All of this makes the use of polyurethane in mechanical engineering very much in demand and popular. The automotive industry places high demands on the materials used and polyurethane fulfills these in full.

Oil and gas industry

Polyurethane products in the oil and gas industry and their properties
Polyurethane today refers to materials with unlimited possibilities. Outwardly, it is similar to rubber, but surpasses rubber in terms of quality. As a result, polyurethane has found widespread use in various industries and is used in place of rubber where a material is needed that can withstand an aggressive environment, high variable temperatures and high loads.
Due to their increased wear resistance, they are also very often replaced by different metals. Most commonly in the oil and gas industry, the material is used to make cleaning pistons, plugs, gaskets, wellhead BOPs, and sleeves for cleaning bowls. Polyurethane has many advantages, the most important of which are:

As we can see, elastic polyurethane has many undeniable advantages over metals, rubber, and rubber. The main quality and safety criterion for all parts of the oil and gas industry is resistance to oxidizing agents, gasoline and oil and other refined products.
Components must retain their original properties for a long time and function in an aggressive environment. The frequency of repairing equipment and the efficiency of their operation depend on it. Because of this, the use of polyurethane in the oil and gas industry has completely replaced the use of other materials.

Rail transport

Advantages of polyurethane products in rail transport
Polyurethane is a synthetic material that contains isocyanate and polyol. Outwardly it is similar to rubber, but has completely surpassed rubber in its properties. Elastic polyurethane products are widely used in various industries as well as in agriculture.
Every industry has a number of specific requirements for the material. They relate to the mode, intensity and operating conditions of the device, as well as the type of stress on the parts. The use of polyurethane in rail transport therefore includes the manufacture of components such as seals for hydraulic devices, oil and pneumatic shock absorbers, etc. This material is best suited for making parts of rail transport. This is due to its strength, durability, electrical resistance, and other benefits including:

Many experts now prefer polyurethane products. Unlike rubber, which hardens immediately after loosening, they retain their elasticity for a long time. Even under the influence of high loads, temperature drops and other unfavorable factors, polyurethane does not lose its original properties.
It has the unique ability to return to its original shape after significant deformation. That is why it is so popular in rail transport.


Polyurethane for polygraphy and its advantages
Polyurethane belongs to the new generation of synthetic materials. It consists of isocyanate and polyol, which give it a special elasticity. It is used in various industries and in agriculture.
Polyurethane is used to make parts and components for manufacturing plants. Due to its special properties, the material has successfully replaced rubber, rubber and various metals. In the printing industry, polyurethane is used to manufacture shafts, polyurethane-lined rollers, guide bushes and bandages for printing plants.
The material has excellent performance properties and many advantages.

This is why the use of polyurethane is so popular in the printing industry. The material is widely used to cover waves and marzans. Polyurethane has many advantages over rubber, rubber, and some metals.
The most important is the increased strength and wear resistance. These properties are highly valued in the printing, printed matter and magazine industries.

Paper industry

The use of polyurethane in the paper industry
Polyurethane is a synthetic material, for the manufacture of which two types of raw materials are used: isocyanate and polyol. It has a high degree of elasticity and resistance to deformation.
Polyurethane is used in almost all branches of industry and in agriculture. It is used to manufacture components for devices that can operate in an aggressive environment with heavy loads and sudden temperature changes. The material often acts as a substitute for rubber and some metals.
The cellulose industry cannot do without its use. Running surfaces for punching devices, sleeves, rollers and pressure wheels are made of polyurethane.
This is due to the high wear resistance of the material as well as the following advantages:
Strength. It is tear, damage and impact resistant. The material withstands heavy loads and is not affected by high temperatures.
Elasticity. Thanks to this, it is possible to manufacture parts of various sizes and purposes and use them even at low temperatures.
Resistance to the external environment. The material is resistant to acids, solvents and organic oils. It is also resistant to corrosion and mold.
Ecological cleanliness. Polyurethane does not release any harmful substances into the environment and is completely safe for health.
In addition, the bond of polyurethane to metal is stronger than that of metal to rubber. Due to this, as well as the wear resistance of the material, rubber, rubber, plastic and many metals were practically displaced from production activities.
This makes polyurethane the most popular raw material in the pulp and paper industry.