Product
Product
Application of Electromagnetic Induction Heating Roller Composite Unit (PTFE and Non woven Fabric Composite)

Application of Electromagnetic Induction Heating Roller Composite Unit (PTFE and Non woven Fabric Composite)

Size: D180-D600mm x L1000mm-L2800mm (can be customized according to customer requirements)

Linear speed: 10-100m/min

Processing accuracy: The surface temperature of the roller is uniform, with a temperature difference of ≤± 1.5 ℃, thermal deformation of ≤ 0.01mm, and coaxiality of ≤ 0.003mm

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Description

Application of Electromagnetic Induction Heating Roller Composite Unit (PTFE and Non woven Fabric Composite)
        Composite materials are new materials formed by optimizing and combining different properties of material components using advanced material preparation techniques.
The matrix materials of composite materials are divided into two categories: metallic and non-metallic. Commonly used metal substrates include aluminum, magnesium, copper, titanium, and their alloys. Non metallic substrates are mainly known as resins, rubber, ceramics, graphite, carbon, etc. The main reinforcing materials include glass fiber, carbon fiber, boron fiber, aramid fiber, silicon carbide fiber, asbestos fiber, and metal.


Application industry
① Aerospace field. Due to their good thermal stability, high specific strength, and stiffness, composite materials can be used to manufacture aircraft wings and forebodies, satellite antennas and their supporting structures, solar cell wings and shells, large launch vehicle shells, engine shells, space shuttle structural components, etc.② The automotive industry. Due to the special vibration damping characteristics of composite materials, they can reduce vibration and noise, have good fatigue resistance, are easy to repair after damage, and are easy to form as a whole. Therefore, they can be used to manufacture automobile bodies, load-bearing components, transmission shafts, engine mounts, and their internal components.③ In the fields of chemical, textile, and machinery manufacturing. A material composed of carbon fiber and resin matrix with good corrosion resistance, which can be used to manufacture chemical equipment, textile machines, paper machines, copiers, high-speed machine tools, precision instruments, etc.④ Medical field. Carbon fiber composite materials have excellent mechanical properties and non absorption of X-rays, and can be used to manufacture medical X-ray machines and orthopedic stents. Carbon fiber composite materials also have biocompatibility and blood compatibility, good stability in biological environments, and are also used as biomedical materials.




Process drawing


Specification


          The production base of Hunan Qijiesen Intelligent Equipment Co., Ltd. (www.qjszn. com) includes: laminated iron electromagnetic heating rollers, carbon fiber electromagnetic heating rollers, PBO electromagnetic heating rollers, aramid electromagnetic heating rollers, aluminum-plastic composite electromagnetic heating rollers, copper plastic composite (plastic circuit board) electromagnetic heating rollers, rolling electromagnetic heating rollers, plastic electromagnetic heating rollers, printing electromagnetic heating rollers, papermaking electromagnetic heating rollers, drying electromagnetic heating rollers, non-woven fabrics and other new materials research and development and production, especially in the preheating unit of laminated iron electromagnetic heating rollers, drying units of aramid, carbon fiber, pbo and other special fiber electromagnetic heating rollers, and composite units of copper plastic and aluminum-plastic electromagnetic heating rollers to solve temperature process problems. Our main clients include Guangzhou Ruiyuan Technology Co., Ltd., Shanghai Baosteel Group, Shandong Guanzhou Group, Foxconn, Blue Star Fiber, Zhongyue New Materials, Shenzhen Jiyang Intelligent, Shenzhen Hon Hai Electronics, Shenzhen Haoneng Technology, Times New Materials, Yangcheng Technology, and Taihe New Materials.