● Polyurethane - PU
● Nitrile Rubber - NBR
● Hydrogenated Nitrile Rubber - H-NBR
● Fluorocarbon - FKM
● Ethylene Propylene Rubber - EPDM
● Silicone - VMQ
● Teflon - PTFE
● Plastic - PA & Special Plastics
Polyurethane - PU
It is especially used in sealing elements that can work at high pressures and shaft scrapers. Although weak against polar solvents, aromatics, brake fluids, acids and alkalis, it is highly resistant to mineral oils, greases, aliphatic hydrocarbons, air and ozone. In general, it is highly resistant to rupture, tear and abrasion in the temperature range of -30°C and 100°C.
Nitrile Rubber - NBR
It is resistant to oils and solvents. It can be used in the automobile industry for fuel and oil hoses, gasket making, fluid sealing. hydraulic oil hoses are made of conveyor belts, printer rolls, gasket type material. The higher the number of nitrile groups, the better the properties of NBR. Its tensile strength and glass transition temperature increases. Nitrile Rubber is typically used at temperatures between -40°C and 105°C, it is resistant up to 120°C in intermittent operations.
Hydrogenated Nitrile Rubber - H-NBR
Hydrogenated Nitrile Rubber is derived from NBR polymers. The properties of the materials and products prepared in this way are their high mechanical strength and being more resistant to abrasion and durability. Ambient durability is between -40°C and 105°C like NBR. Usage limit is 150°C.
Fluorocarbon - FKM
It is used in heavy duty machines in environments requiring high temperature and high rotation (friction). It is resistant to solvents, chemicals and detergents. It is a non-flammable rubber. Its heat resistance is between -20°C and +240°C.
Ethylene Propylene Rubber - EPDM
EPDM Rubber, which takes its name from the abbreviation of Ethylene Propylene Diene Monomer, is an insulation material that has started to be preferred thanks to its waterproof feature. They are resistant up to -40°C to +140°C degrees. It shows high resistance to harmful sun rays. They are resistant to oils and various chemicals. The fact that it is an anti-bacterial and recyclable product has made EPDM rubber a popular product in the industry.
Silicone - VMQ
Silicone is a synthetic rubber. It is obtained from the element silicium as a result of a series of complex reactions. Since silicone has a different structure than normal rubbers, silicone is used where rubber cannot meet modern needs. Seals using silicone material can operate between -50°C and 232°C. It is not a recommended material for dynamic applications. It has high resistance to hot air, UV radiation, engine and transmission oils, organic oils and liquids such as animal and plant oils.
Plastic & Polyamide - PA
As a result of the change of molecule and amorphous structures in the form of polymerization and condensation with the effects of heat, pressure and chemical effects of natural materials such as minerals, petroleum, wood from organic compounds of carbon, especially hydrogen, oxygen and nitrogen, and creating new bonds, macromolecular, organic based substances are called plastic resins. On the other hand, it is possible to define the plastic building material as the types of various plastic resins with different properties, which are produced by being formed into the desired shape under pressure or by the polymerization of two different compounds, in a soft state under heat, in accordance with the desire to be used in the structure. It works very well with sulfur - based oils. It is also resistant to temperature, oxygen, sunlight and ozone. It is not recommended to operate with mineral oils. Working temperature is between -20°C and 150°C.
Special Type Plastics
As the Jetseal®, we also produce from special plastic materials. It can operate between -100°C and +140°C, it can withstand up to 75MPa pressure, it can operate at speeds of 1.67 m/s. Thanks to its low cost, we offer many kinds of solutions with these raw materials.
