EPDM (ethylene propylene diene rubber) is used for sealing profiles. In contrast to NBR, EPDM has very good electrical insulation properties, excellent resistance to ozone and sunlight, and outstanding resistance to ageing. PA (polyamides) are high-strength and impact resistant. They have a high abrasion and wear resistance. Excellent sliding properties make them a preferred construction material in mechanical engineering or vehicle construction for slide bearings, gear wheels, dowels, screws and nuts or housings. Polyamides are insensitive to fuels and lubricants at temperatures up to 150 °C. A large proportion of polyamides are spun as synthetic fibres. The fibres have a high tensile strength and are used for textiles, climbing ropes, parachutes and hawsers, among other things. At the same time, it's possible to use adhesive techniques to integrate properties into the component that go beyond the actual joining, such as insulation resistance to electrical potentials, sealing against gases and liquids, damping of vibrations, protection against corrosion and compensation of different joining part dynamics. We recently launched an adhesive tape on the market that allows the attachment of add-on parts such as parking sensors without the need for surface pretreatment on medium energy plastic surfaces. The double-sided Acrylic Plus Tape also offers good adhesion to modern, difficult-to-adhesive automotive paints.

Apply the resin to both surfaces to be joined and clamp or tape the parts together until Super Steel has set hard. ABS (acrylonitrile-butadiene-styrene copolymer) is today an everyday plastic which is widely used because of its surface hardness, high impact resistance and good resistance to weathering, ageing and chemicals: For example, for sanitary pipes or housings of household and electrical appliances as well as for toys, plates and foils. But structural damage to the new CFRP aircraft can now also be repaired by bonding: Lufthansa Technik has developed a new type of repair method here as part of the "Rapid Repair" research project: A milling robot cleanly mills out the damaged area (on a wing, for example) and a precisely fitting repair part is inserted with an adhesive film. Under vacuum and using a heating mat, the repair patch hardens and can be repainted. Afterwards there will be no more visible signs of the repair. Advantage: No holes need to be drilled which could destroy the sensitive fibre structure.

PET (polyethylene terephthalate) is known as a glass substitute in beverage bottles, in filling fibres and as fibres for clothing. In electrical engineering, PET films are used as carrier material for magnetic tapes. PET has high stiffness, hardness, abrasion resistance and is resistant to diluted acids, oils, fats and alcohols. However, it is sensitive to hot steam. It is a good idea to clean the surfaces with methylated spirit or cellulose thinners and to roughen the surfaces before applying. POM thermoplastics are resistant to diluted alkalis or acids (pH > 4) as well as halogenated, aromatic and aliphatic hydrocarbons, oils and alcohols. Bonding can be achieved by applying chemicals such as epoxies and plastic agents that bond by evaporation of a solvent or by curing a bonding agent with heat, pressure or time. The cold-crosslinking HTV silicone rubbers are plastically deformable materials which are used, for example, as cable sheathing, for electrical insulation or for sealing and damping purposes.

Mechanical pretreatment by brushing, grinding, sanding or sandblasting - this changes the roughness and the size of the surface area effective for the bond. At the same time, loosely adhering reaction products, polishing and sliding agents and stabilisers are removed. When selecting an adhesive, one should consider what the bond must be able to withstand and what stresses the component will be exposed to in use. These are the questions about mechanical, dynamic and static loads, the temperature range, the influence of moisture, other chemical substances or UV radiation. At the same time, the list of requirements should include information on the parts to be joined, the production conditions, specifications for occupational safety and environmental protection, information on long-term resistance and quality assurance, as well as the selected test procedures and costs. The Plastic Padding Super Steel Epoxy Weld is a dark-grey coloured, metal-filled, two-component adhesive, which sets like steel and is ideal for emergency repairs around the home, garden, farm, car, boat etc. Acrylic foam tapes, whose adaptable acrylic foam absorbs tension, dampen vibrations and compensate for different, material-dependent temperature expansions. These are suitable for metal/plastic bonding and are used in automotive applications, for example, for bonding decorative and side protection strips, plastic cladding, reflectors and mirror glass.

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CR (chloroprene rubber) is a synthetic rubber which is used, among other things, in vehicle construction and for heat-insulating sportswear. Hoses, cable sheathings, seals and drive belts based on chloroprene rubber are often used in the automotive industry due to their favourable combinations of properties. Dissolved in organic solvents, polychloroprene, like the polymer dispersion itself, is also suitable for various adhesives due to its good resistance. The worldwide consumption of chloroprene rubber including adhesives is estimated at over 300,000 tonnes per year. To use Super Steel Epoxy make sure the surfaces to be bonded are clean and dry and free from oil, dirt or grease. POM - Polyoxymethylene is one of the most frequently used engineering plastics due to its excellent sliding and wear behaviour. With its outstanding mechanical properties, POM bridges the gap to the more expensive metallic materials, often replaces them and is therefore one of the preferred construction materials, e.g. for precision mechanical parts. Normally, bonding is only possible after surface pre-treatment by flame treatment, etching with primer, corona or low-pressure plasma. Modern, high-performance adhesives, however, can do without this. Further information.

immediately (working time is approximately 5 min.). Remove any excess Plastic Weld immediately. 7. CURE evenly colored. 6. APPLICATION: Apply a small amount of mixture to both surfaces and assemble parts

Plastic Padding Super Steel Epoxy Weld

It hardens in 5 minutes and cures in 10 minutes. It works well under a maximum temperature of 315°C (<100 continuous). It contains 54g/l solvent. It is not suitable for soft plastic and polypropylene. clean, dry and free of grease and oil. 3. PREPARE: Roughen smooth surfaces (using abrasives or sandpaper) In contrast, the low-viscosity, hot-crosslinked silicone rubber (RTV/NV) is medium-elastic, has good flowability and low viscosity. It is therefore particularly suitable for the manufacture of elastic wax or relief casting moulds, casting moulds for figures or decorative panels, moulds for casting with epoxy / casting resin, cement, plaster or other flowable materials. NBR (acrylonitrile-butadiene rubber) has a high resistance to oils, fats and hydrocarbons as well as a high abrasion, tensile and tear resistance. NBR hardly charges itself electrostatically and therefore no sparking is to be feared, which is why the material is often used for tank and petrol hoses. NBR is classified as physiologically harmless and is therefore also used in drinking water and beverage production.

Cleaning and degreasing the plastic surface of loosely adhering dust, oil, grease and separating and processing agents with water or solvents - this does not change the structure of the surface. Cleaning can be carried out by immersion or spraying. Degreasing is done with organic solvents or by pre-drying in the oven.SBR (styrene-butadiene rubber) is the most widely used synthetic rubber today and is used in the production of tyres, seals and conveyor belts. The Plastic Padding Super Steel comes in two tubes. When the contents of the tubes are thoroughly mixed, the curing process begins and you have a short period to place and use the mixture. The mixture hardens and soon cures to be as strong as steel. Features & Benefits: SAN (styrene-acrylonitrile copolymer) is a transparent copolymer of two transparent plastics: Formed by the copolymerisation of styrene (about 70%) and SAN acrylonitrile monomers (about 30%). This high-performance thermoplastic polymer is often used as a material for greenhouse or industrial glazing and shower cabins due to its weather resistance, rigidity, toughness and scratch resistance. TIME: Usable strength is reached in four hours at 72°F (22°C). Cooler temperature may require longer set Basically almost all plastics are suitable for foaming, e.g. polyurethane (PUR hard/soft foam), polypropylene, expanded polyurethane (EPP), expanded polystyrene (EPS), expanded polypropylene (EPE). The properties can be determined by the selection of the raw materials. For example, strongly cross-linked rigid foams are produced when short-chain polyols are used, whereas soft to elastic foams are produced with long-chain polyols.