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🎉High-temperature silicone rubber is a material known for its excellent heat resistance, making it widely used in compression molding and extrusion processes. In applications involving contact with food, it is crucial to cure the product at 200°C for four hours to ensure safety and stability. The primary applications of high-temperature silicone rubber include heat-resistant seals and heat-resistant extruded tubes, meeting the demands of various high-temperature environments effectively. ✅This material boasts outstanding thermal resistance, allowing it to maintain its physical properties even under high temperatures without deforming or degrading. Its excellent mechanical properties ensure that high-temperature silicone rubber remains stable under dynamic loads. Additionally, the elasticity and toughness of silicone rubber enable it to provide effective sealing in high-temperature and high-pressure environments, preventing leaks and seepage. #iota #siliconerubber #HTV #hightemperatureresistancesiliconerubber #thermalresistance

Silicone Rubber Extrusion and Vulcanization Process: 1. Extrusion: Silicone rubber is fed into an extruder, where it is heated and forced through a die to form the desired shape (e.g., tubes, profiles, or sheets). The extrusion process ensures consistent size and shape while maintaining material integrity. 2. Vulcanization: The extruded silicone is cured to enhance its mechanical properties, durability, and heat resistance. Common vulcanization methods include hot air vulcanization (HAV), microwave vulcanization, or continuous vulcanization in a salt bath. During this process, cross-linking occurs, typically initiated by peroxides or platinum catalysts, depending on the formulation. 3. Cooling and Post-Processing: After vulcanization, the product is cooled, trimmed, and inspected for quality. This process ensures the final product has the desired flexibility, resilience, and chemical stability. #silicone #siliconerubber #Profiles #Tubes #Pipe #extrusion

💡 **Application Fields:** This product has a wide range of applications. It can be used as a base material for LED encapsulation adhesives, reinforcement material for liquid silicone rubber, pressure-sensitive adhesives, high-transparent silicone gels, liquid silicone rubber, heat-vulcanized silicone rubber compound, and reinforcement material for encapsulants of semiconductor components. The reinforced silicone rubber is colorless, transparent, and has high mechanical strength. **Product Features:** 1. High light transmission performance, with a transmittance of up to 98% or more. 2. Good mechanical strength and atmospheric resistance, suitable for long-term use in environments ranging from -30°C to 250°C. 3. Good film-forming properties, moderate flexibility, corrosion resistance, and UV radiation resistance. **Technical Specifications:** 1. Viscosity (25°C, mpa.s) - Customizable according to customer requirements 2. Vinyl content (%) - Customizable according to customer requirements 👍 📣welcome to contact us📣 Lonan ✅whatsapp:+8618055217913 ✅email:sales20@siliconeoil.net #IOTA #Silicones #Viscosity #VinylContent #Customizable #Specifications #TechnicalData #ViscosityRange #CustomerRequirements #ProductData #QualityControl

High Molecular Weight Hydroxyl Silicone Gum IOTA 107GUM CAS No.:70131-67-8 Application Product recommendations and restricted uses: 1. Used as the main raw material in RTV silicone rubber, defoamers,  silicone pressure sensitive adhesives, and silicone products. 2. Due to its excellent electrical insulation, silicon can be used as an  insulation, moisture-proof, shockproof, and heat-resistant sealing material for electronic components and assemblies such as radios,  electronic instruments, and semiconductors. 3. Used as rubber roller material in the automotive and machinery  industries 4. Used as a smoothing agent for wool and cashmere in textiles. 5. Sealing materials in the construction industry. 6. For two-component silicone rubber, it has excellent demolding  properties, especially suitable for manufacturing precision molds and  impression materials. #silicone #siliconeoil #siliconegum #siliconerubber #rtv #HydroxylSiliconeGum #rawmaterial

NEW In-Line vacuum filter range - FCL, FPL & FIL Filters In-line, FCL, FPL and FIL filters These large in-line filters retain impurities and very fine dust, interfering with the flow rate in a negligible manner. They are composed of a cylindrical transparent Plexiglass body closed by two anodised aluminium flanges kept in place by Seeger rings, where all the threaded male or female connections and seals are located; inside there is a filtering cartridge. The filtering cartridges illustrated and described on this page, installed in their own container, are produced with different materials that can be identified with the following abbreviations: - Series SP. Pleated paper filtering cartridge with compression sealing. - Series SS. Pleated polypropylene mesh filtering cartridge with compression sealing. - Series SA. AISI 304 stainless steel mesh filtering cartridge with compression sealing. - Series RP. Pleated paper quick coupling filtering cartridge with double O-ring. - Series RS. Pleated polypropylene mesh quick coupling filtering cartridge with double O-ring. - Series RA. AISI 304 stainless steel mesh quick coupling filtering cartridge with double O-ring. #vacuum #filter #vuototecnica #vacuumtechnologies #filtration #automation #contamination

What is PTFE Coated Fabric? PTFE (Polytetrafluoroethylene) coated fabric is a specialized material that has gained attention across various industries due to its remarkable properties. Often recognized for its exceptional performance in extreme conditions, PTFE coated fabrics are ideal for applications requiring high temperature resistance and outstanding chemical durability. Let’s explore the characteristics, applications, and types of PTFE coated fabrics, including Teflon glass tape, PTFE fabric tape, and Teflon coated fiberglass tape. Properties of PTFE Coated Fabric One of the standout features of PTFE coated fabrics is their outstanding heat resistance, withstanding temperatures as high as 260°C (500°F) without losing strength or structure. This makes them invaluable in industries such as aerospace, automotive, and food processing, where high-temperature operations are a regular occurrence...... see more: https://lnkd.in/gxVxa_AV #teflonglasstape,#ptfefabrictape,#ptfeglassclothtape,#teflontapewithadhesivebacking,#tefloncoatedfiberglasstape,#ptfecoatedglasscloth,#teflonfabrictape,#ptfecoatedtape,

[Tips on soles] What's the Difference Between the E-TPU and PEBAX? Both ETPU and PEBAX materials are thermoplastic elastomers. They both have excellent elasticity and durability, and can resist the erosion of extreme weather and chemicals. However, there are some differences between ETPU and PEBAX materials in the following aspects. •••••First of all, in terms of elasticity, ETPU material is more elastic than PEBAX material, which can provide better cushioning capacity and impact resistance. In addition, at high temperature, the elasticity of ETPU material can still be maintained, while that of PEBAX material will decrease. •••••Secondly, in terms of chemical stability, ETPU materials have better chemical stability and can withstand more chemical erosion. The PEBAX material is not stable enough for some chemicals, and it will corrode and discolor. •••••Third, in terms of processing or molding, ETPU materials are relatively easy to process and can be formed by injection molding, extrusion or pressing. Because of its high melting point and viscosity, PEBAX material needs special processing technology for molding, such as stretch injection molding.

Material Selection (#Materialauswahl) Nylon Coated Spiral Wire: The #coating material for #bookbinding #wire is selected from a variety of viscosity groups, mostly medium #relative_viscosity #PA6 or Nylon 6 is used for this application, although there are some #challenges in this area such as #hardness, #surface_smoothness, #gloss, #coloring or forcing the polymer to #stick to the metal wire are some to name. The use of special #lubricants in this application can #reduce the #electrical_consumption of the #extruder by up to 20% while increasing the #production_speed. #behdadjohvai #extrusion #polymer #injection #injection_molding #wire #cable

HARD CONVENTIONAL FOAM WITH GV-505A IN COMPRESSED PACKAGE 🎉 🎉 🎉 PRODUCT NAME: PU CATALYST(GV-505A) APPLICATION: GV-505A is a polyurethane additive. In the chemical reaction, it can effectively improve the resilience of sponge products, the feel of foam and the density latitude of foam. Normal usage volume is 1.5-2%. ADVANTAGES: 1. Improve foam structure and hand feeling 2. Suitable for polyurethane slab stock or molding foam 3. Improve the resilience and breathability of the product 4. Decrease the density latitude of the foam

Application of laser particle size analyzer in silicone resin powder Silicone resin powder is a type of solid powder with a very narrow particle size distribution. It has the excellent properties of silicone products such as low density, heat resistance, lubricity, and good hydrophobicity. It can improve the lubricity, gloss, and hydrophobicity of the product. Antifouling, mold release, flame retardancy, etc. Silicone resin powder can be used to make various waterproof coatings, waterproofing agents, and light diffusing agents. Make high-temperature resistant coatings for insulation, jointing, sealing, etc. of H-class motors. It can improve and adjust the peeling force of pressure-sensitive adhesives, so it can be used as a peeling force regulator to make pressure-sensitive tapes, etc. It can also be used to make release agents for a variety of materials. This time Winner2018 is recommended to measure the particle size of silicone resin powder for customers. #Siliconeresinpowder #Silicapowder #Winnerparticle #Analyzer #Analysis #Particlesizeanalyzer #Particlesizeanalysis #Particlesizedistribution #Particlesize  #laserparticlesizeanalyzer