Rubber grommets, outlets, membranes
Grommets are used to join two pipes of different sizes or materials and provide a flexible, tight seal.
Diaphragms are flexible membranes that are used as baffles in pumps or valves to control fluid flow.
Couplings are used to connect two shafts, allowing torque to be transmitted while accommodating misalignment.
The feet are rubber components used as shock absorbers or to ensure the stability of the device.
Tubes, covers and suction cups are also made of rubber and are used for a variety of applications including sealing, cushioning and gripping.
PRODUCT DESCRIPTION
Description and use
Rubber transitions
Rubber transitions are used to join pipes of different sizes or materials and provide a flexible, leak-proof seal. So they are needed to absorb any tension or movement between the tubes, which is how I want the joint to remain secure. Rubber transitions are commonly used in the plumbing, HVAC and automotive industries. They are made of high-quality rubber materials to ensure their long life and resistance to chemicals and temperature changes.
Membranes
Diaphragms are flexible rubber parts used as baffles in pumps or valves. They are responsible for controlling the flow of liquid and ensure that the liquid flows only in the desired direction. Membranes are an essential part of liquid handling systems and are used in many industries including the medical, chemical and food industries. Materials used in diaphragms are carefully selected to ensure compatibility with the fluids they handle, wear resistance or meet specific standards.
CouplingsCouplings are used to connect two shafts, allowing torque to be transmitted while accommodating misalignment. Commonly used in machinery and power transmission systems, they are designed to fully accommodate axial, radial or angular misalignment between shafts. Couplings are manufactured from high quality rubber materials to ensure that it meets the demands of high speed and high torque applications.
Legs
Feet are rubber components used as shock absorbers or to provide stability devices. They are used to isolate the equipment from vibrations and shocks that may occur during operation, ensuring its smooth and efficient operation. Feet are used in a wide range of applications including electronic equipment, medical devices and industrial machinery. They are made from high-quality rubber materials to ensure their long-term protection and resistance to environmental influences.
Tubes, lids and suction cups
Tubes and additions are also made of rubber and are used in various applications. Tubes are used for sealing, damping and insulation, while covers are used to protect equipment and components. Suction cups are used to grip, lift and manipulate materials. All three components are made of high-quality rubber materials, which lasts a lifetime and is resistant to wear.
Properties
Performances
Material basis
Technical documentation
Description and use
Description and use – the most common use is as a sealing element for high temperatures resistance. This group of products, depending on the material, is used for its mechanical and physical properties as a gasket for luminaires, expansion joints, and other industries – automotive, engineering, food, electrical, and construction industry.
Properties
These gaskets are characterized by excellent resistance to weather conditions and ozone, high temperatures, very good physical and mechanical properties as well as permanent deformation, excellent water resistance, having almost no absorption rate and are resistant to temperatures ranging from -50 °C to +250 °C. At present, we can also ensure resistance up to 300 °C.
Performances
Design – they are produced in several basic shapes, such as square, rectangle, circular gasket, intermediate ring, or specific shapes. Gaskets can also be made as self-adhesive. We can also offer mixtures under the FDA or non-flammable set by ISO 45545.
Material basis
Material basis – these gaskets can be made of several types of homogeneous and microporous mixtures and hardnesses – depending on the conditions of use. The specific weight ranges from 0.30 to 1.3 g / cm 3 and hardness from 20 to 80 °ShA. In addition to standard materials meeting various demanding applications, we can also produce peroxide mixtures (sulfur-free), non-flammable profiles in terms of (NF F 16-101, ISO 45545), products in terms of TL1010 and FMVSS 302, water supply materials set by EN681, gaskets for flood-protection walls, automotive gaskets according to VW 2.8.1
Technical documentation
Silicone seals (VMQ, FVMQ)
Special silicone seals for high temperatures with excellent mechanical and physical properties.
PRODUCT DESCRIPTION
Description and use
Description and use – the most common use is as a sealing element for high temperatures resistance. This group of products, depending on the material, is used for its mechanical and physical properties as a gasket for luminaires, expansion joints, and other industries – automotive, engineering, food, electrical, and construction industry.
Properties
These gaskets are characterized by excellent resistance to weather conditions and ozone, high temperatures, very good physical and mechanical properties as well as permanent deformation, excellent water resistance, having almost no absorption rate and are resistant to temperatures ranging from -50 °C to +250 °C. At present, we can also ensure resistance up to 300 °C.
Performances
Design – they are produced in several basic shapes, such as square, rectangle, circular gasket, intermediate ring, or specific shapes. Gaskets can also be made as self-adhesive. We can also offer mixtures under the FDA or non-flammable set by ISO 45545.
Material basis
Material basis – these gaskets can be made of several types of homogeneous and microporous mixtures and hardnesses – depending on the conditions of use. The specific weight ranges from 0.30 to 1.3 g / cm 3 and hardness from 20 to 80 °ShA. In addition to standard materials meeting various demanding applications, we can also produce peroxide mixtures (sulfur-free), non-flammable profiles in terms of (NF F 16-101, ISO 45545), products in terms of TL1010 and FMVSS 302, water supply materials set by EN681, gaskets for flood-protection walls, automotive gaskets according to VW 2.8.1
Technical documentation
Description and use
Description and use – the most common use is as a sealing element for high temperatures resistance. This group of products, depending on the material, is used for its mechanical and physical properties as a gasket for luminaires, expansion joints, and other industries – automotive, engineering, food, electrical, and construction industry.
Properties
These gaskets are characterized by excellent resistance to weather conditions and ozone, high temperatures, very good physical and mechanical properties as well as permanent deformation, excellent water resistance, having almost no absorption rate and are resistant to temperatures ranging from -50 °C to +250 °C. At present, we can also ensure resistance up to 300 °C.
Performances
Design – they are produced in several basic shapes, such as square, rectangle, circular gasket, intermediate ring, or specific shapes. Gaskets can also be made as self-adhesive. We can also offer mixtures under the FDA or non-flammable set by ISO 45545.
Material basis
Material basis – these gaskets can be made of several types of homogeneous and microporous mixtures and hardnesses – depending on the conditions of use. The specific weight ranges from 0.30 to 1.3 g / cm 3 and hardness from 20 to 80 °ShA. In addition to standard materials meeting various demanding applications, we can also produce peroxide mixtures (sulfur-free), non-flammable profiles in terms of (NF F 16-101, ISO 45545), products in terms of TL1010 and FMVSS 302, water supply materials set by EN681, gaskets for flood-protection walls, automotive gaskets according to VW 2.8.1
