Rubber compounds
The POWER Rubber manufacturer offers a wide range.
The general definition of rubber mixtures boils down to plastic agglomerates whose composition is based on one or more rubber materials. In addition, other necessary raw materials are added to the mixture to give the rubber specific properties. As it turns out, rubber compounds are essential in many areas of life. All seals, garden hoses, tires, rubber elements of machines and everyday objects, footwear and sports equipment have dedicated types of rubber compounds.
Each of the compounds is produced for a specific area of life, therefore their compositions may differ from each other, and the technological processes support the production of specialized rubbers.
Rubber blends consist of natural and synthetic rubbers. The following types of materials are distinguished:
- NBR Rubber - Butadiene-Acrylonitrile Rubber
- Viton® Rubber - Fluorine Rubber
- Kalrez® Rubber - Perfluoroelastomer FFKM
- Silicone MVQ Rubber - Silicone Rubber VMQ
- FVMQ Rubber - Fluorosilicone Rubber
- EPDM Rubber - Ethylene-Propylene Rubber
- EPM Rubber - Ethylene-Propylene Rubber
- BR Rubber - Butadiene Rubber
- Butyl IIR Rubber - Butyl Rubber
- CIIR Rubber - Chlorobutyl Rubber
- SBR Rubber - Styrene-Butadiene Rubber
- CR Rubber - Chloroprene Rubber
- NR Rubber - Natural Rubber
- HNBR Rubber - Hydrogenated Nitrile Rubber
- AEM Rubber - Ethylene-Acrylic Rubber
- ACM Rubber - Acrylic Rubber
- AU Rubber - Polyester Urethane Rubber
- EU Rubber - Polyether Urethane Rubber
- Teflon® - PTFE Polytetrafluoroethylene
- Thermoplastic Polyurethane TPU
- Polyvinyl Chloride PVC
Rubber blends can be shaped during the production process, also according to customer requirements. The simplest shapes are sheets, which come from using a rolling mill. Belts or sheets can be produced with a calender. Strips can be obtained from a cooler. Extrusion provides components.
When placing an order, it is necessary to specify the color of the rubber blend, its hardness, and tensile strength. Other physico-mechanical requirements are determined on an individual basis.
Rubber compounds can be divided according to their purpose: they can be general as well as specific.
General purpose rubber compounds are basic compounds that are used in the production of the entire spectrum of rubber products. They can be used where there are small demands on the environment, but they are also suitable for use in slightly more difficult conditions. They will definitely not work in the event of exposure to fuels, high temperature and oils.
Special purpose rubber compounds, i.e. special rubber compounds, are created when synthetic rubbers are added to the composition – nitrile, chloroprene or, for example, ethylene-propylene rubbers. They are perfect for harsh working and environmental conditions. One of their undeniable advantages is aging resistance.
In the production of rubber compounds for special purposes, non-specific requirements are taken into account, which are:
- very good abrasion resistance,
- high resistance to time,
- possibility of contact with food products,
- insensitivity to high or low temperature,
- insensitivity to fuels and oils.
Thanks to such a wide range of rubber properties, they can be used in:
works where it is necessary to use hydraulic and engine oils and lubricants, conditions that require the use of non-flammable hydraulic fluids,places where the destructive factor may be water, air, UV rays, frost,workshops that use brake fluids,laundries and places where washing agents are important,and many others.
Of course, rubber compounds can also be prepared on individual customer orders, according to their specific requirements. If necessary, the composition and required properties of rubber mixtures can be confirmed by Quality Certificates.
As a manufacturer of rubber compounds, we produce rubbers based on a wide variety of polymers. We carry out orders for single items and wholesale quantities. To place an order, the final properties of the product must be determined. Together with the client, we select the appropriate rubber base, adapt the production to the standards that the product must meet and set the price.
Rubber Blends and Rubber Products Manufacturing are our daily business. We offer a wide range of them and tailored solutions such as production on individual orders, customized to meet our Clients' requirements. Feel free to contact us to establish a production plan and check our work schedule.
Write to us
Rubber Compound | Official Names | Lowest temperature: | Highest temperature: | Shore A Hardness: | General properties: | Application: |
---|---|---|---|---|---|---|
NBR | Nitrile / Buna-N | from - 30 °C | to +100 °C | 20-100 ShA | Excellent physical properties (compression, abrasion, tear). Very good mechanical properties (flexibility, tear resistance, low permanent deformation under compression). Shows resistance to base oils and petroleum fluids. Offers bar | O-rings, rubber seals (fuel systems, automotive, aviation, for general use in various industries, in applications requiring oil resistance). Ingredient in adhesives. Hydraulic, pneumatic. |
FKM | Viton® / Fluorocarbon rubber | from -15 °C | to +199 °C | 50-96 ShA | Excellent resistance to a wide range of aggressive chemicals. Resistant to solvents, organic fluids, acids, fuels. Shows good mechanical properties and compression resistance. Excellent degradation resistance due to exposure to pr | Industrial seals for general use. Gas, oil, and petrochemical industry. Aerospace industry (aircraft engine seals), space and food industry. High-temperature applications requiring good compression set. Seals for |
FFKM | Kalrez® / Perfluoroelastomer | from -25 °C | to +316 °C | 65-90 ShA | High resistance to aggressive fluids and gases. Resistant to extremely high temperatures. Offers resistance to nearly all chemicals, including inorganic acids, esters, alcohols, hot water. | Chemical and oil industry. Semiconductor and analytical instrument production. High-temperature applications. Critical applications (semiconductor chip production, jet engines, chemical processing equipment). |
VMQ | Silicone | from -59 °C | to +232 °C | 25-85 ShA | Clean and odorless, does not absorb flavors and odors. Resistant to biological attacks. Offers excellent resistance to extreme temperatures. Resistant to ozone, UV radiation, hot air, moisture. Shows resistance when in contact with engine oils, t | Food and medical industry. Seals for static applications in extreme temperatures. FDA-compliant applications. |
FVMQ | Fluorosilicone rubber | from -59 °C | to +232 °C | 40-90 ShA | Very good resistance to crude oil and hydrocarbon fuels. Stable in high and low temperatures. Offers a good compression set. Resistant to ozone, sunlight, chlorinated and aromatic hydrocarbons. | Seals for static applications in contact with extreme temperatures. For food and medical applications. FDA-compliant applications. Aerospace industry (aircraft fuel systems). |
EPDM | Ethylene Propylene Diene Monomer rubber | from -51 °C | to +149 °C | 30-90 ShA | Resistant to atmospheric conditions (ozone, UV radiation). Maintains flexibility in low-temperature environments. Offers excellent aging and chemical resistance. Resistant to hot water, steam, brake fluids, n | Automotive industry (tire and tube production, window and door seals, shock-absorbing elements, brake system seals, automotive cooling systems), construction industry (roof coverings, hydraulic hoses), playground surfaces, pr |
EPM/EPR | Ethylene Propylene rubber | from -50 °C | to +250 °C | 30-95 ShA | Heat resistant. Does not undergo oxidation. Shows resistance to atmospheric conditions and ozone. Good mechanical properties (abrasion, tears) and elasticity. Does not conduct electricity. | Production of car parts (brake parts, radiator hoses), industrial materials (cables, wires, heat-resistant belts). Automotive industry (seals, insulation), garden hoses, production of acid-resistant hoses. |
BR | Butadiene rubber | from -60 °C | to +100 °C | 45-80 ShA | Offers high elasticity. Good mechanical properties (abrasion). Resistant to swelling when in contact with acids, bases, alcohol, and water. High elasticity in low temperatures. Resistant to degradation due to light expos | In tire production (tire treads, belts), footwear industry. Cold-resistant articles, cable insulation. |
IIR | Butyl rubber | from -50 °C | to +121 °C | 40-90 ShA | Offers low gas permeability. Excellent resistance to aging due to ozone and sunlight exposure. Good vibration damping properties. High resistance to acids and bases. | Seals in vacuum applications. Seals in hydraulic systems using synthetic fluids. Medical industry (partitions for pharmaceutical applications, closures for medicines). Construction and vulcanization industry (tires, tubes, g |
CIIR | Chlorobutyl rubber | from -50 °C | to +130 °C | 35-90 ShA | High gas impermeability. Offers good heat resistance and chemical resistance. Good dielectric strength. | Vulcanization industry (tire and tube production), automotive industry. Seals, insulators, hot water hoses, protective clothing. |
SBR | Styrene-Butadiene rubber | from -46 °C | to +100 °C | 40-90 ShA | Offers very good flexibility and excellent resistance when in contact with brake fluids. High water resistance. Good mechanical resistance (wear-resistant, resistant to compression, tears). Resistant to atmospheric conditions. Low level of | O-rings, rubber seals (hydraulic systems, braking systems), production of vibration isolators (damping pads), automotive industry (braking systems, windshield washer seals), footwear industry (shoe soles), computer mouse pads, production |
CR | Chloroprene (Neoprene) | from -41 °C | to +121 °C | 15-95 ShA | Offers very good resistance to atmospheric conditions (ozone, UV radiation, oxygen). Shows moderate resistance to crude oils. Characterized by low compression set, good elasticity, and physical properties (resistance | O-rings, rubber seals (general purpose seals, rubber hoses, refrigeration, dairy industry, potable water system seals), electronics industry, automotive industry, food industry, paints, adhesives, conveyor belts, roofing c |
NR | Natural rubber | from -51 °C | to +104 °C | 30-90 ShA | Very good physical properties (resistance to wear and tear, resistance to low temperatures, high tensile strength). Fatigue resistance and good vibration dampening strength. Very good compression set. | Vulcanization industry (tire production), O-rings and rubber seals (automotive membranes, vibration isolators, food industry sealing compliant with FDA), adhesive components, carpets, car suspensions, rubber springs, bumpers. |
HNBR | Hydrogenated Nitrile Butadiene Rubber | from -30 °C | to +149 °C | 55-95 ShA | Heat-resistant. Excellent abrasion resistance and mechanical damage resistance. Resistant to aging, ozone exposure, petroleum fuels. Good chemical compatibility. Offers high-temperature resistance. | For oil-resistant applications (oil seals, fuel systems, automotive, aviation), in pressurized work (air compressors, fuel hose elements) or high-temperature environments. For general use in the industry. |
AEM | Vamac® / Ethylene Acrylic Rubber | from -40 °C | to +149 °C | 50-70 ShA | Excellent in vibration damping. Offers high resistance to ozone, UV radiation, atmospheric conditions. Resistant to oils, transmission fluids, glycol mixtures, water, bases. Maintains dynamic properties over a wide range of temperatures. Z | O-rings, rubber seals (automotive seals, power steering systems). Automotive industry (gearboxes, engine mounts), chemical industry, electrical engineering. Applications in high and low-temperature work. |
ACM | Acrylic Rubber | from -51 °C | to +149 °C | 40-90 ShA | Offers resistance to ozone and sunlight-induced cracking. Excellent resistance to fuels, mineral oils. Not affected by sulfur and chlorine. | O-rings, rubber seals, automotive power steering systems, automotive transmissions, automatic transmissions, steering systems. For applications requiring resistance to high temperatures and petroleum products. |
AU/EU | Thermoplastic Polyurethane | from -51 °C | to +79 °C | 10-100 ShA | Good resistance to aging, excellent wear and tear resistance, good resistance to solvents, petroleum oils, atmospheric conditions. Offers resistance to hydraulic oils, greases, fuels, ozone. | O-rings, rubber seals (seals for high-pressure hydraulic systems, high-load parts subject to wear). Production of seals for use in high-pressure hydraulic power and pneumatic systems. Gears, bearing liners, b |
PTFE | Teflon® / Polytetrafluoroethylene | from -200 °C | to +260 °C | 98 ShA | Thermally resistant, non-flammable, does not absorb water. Extreme chemical resistance. Shows low friction coefficient. Ensures operation in a wide range of extreme temperatures. Insoluble in solvents. Optimal dielectric properties. | Sealing of liquid gases. Chemical and petrochemical industry. Food, cosmetics, pharmaceutical, biological industry. Seals in moving systems (probes, mass spectrometer valves). |
TPU | Thermoplastic Polyurethane | from -40 °C | to +90 °C | 75-98 ShA | Offers high elasticity and high tensile strength. Resistant to abrasion, tearing, and ripping. Resistant to dynamic loads. Shows resistance to atmospheric conditions. Good vibration and shock absorbing properties. | Automotive industry (seals, membranes, shock absorbers). Cable and wire production. Power cables, hydraulic hoses. Sports industry (ski boots, ski edges, climbing shoes, tennis racket covers). Footwear industry. |