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I.Material Introduction

High temperature glass fiber composite sheet is a composite material which is made by glass fiber and high mechanical strength resin. It owns excellent electrical, thermal and chemical properties. It can keep its mechanical strength, smoothness and original color when continuously used under the temperature of 280°C (max. working temperature below 385 degree 10~20sec). 

In addition, it has the advantages of easily machining, high intensity and can be easily machined into special mechanical parts. Its flexure modulus is 20000psi and it can keep its flexure modulus for 15000 psi when the energy and heat is rising. DHS8100, DAS8150, DOS8500 is not suitable for halogen containing flux. Therefore, we recommend flux retardant grade DFR8580 which belongs to ORM1 or ORH1R flux. DFR8580 is specially designed to solve this problem and it also solves the problems of no corrosive flux in the high temperature and short life span of fixture. 

The resin of DFR8580 can bear higher temperature than other three types. The continuous temperature can be 300°C and the temperature in short term can be 380°C. DFR8580 has excellent flux retardant properties. When the temperature of solder bath is more than 260°C and the extensive use of flux contains the flux of halide or dicarboxylic acid, we recommend to use DFR8580.

QUANDA Rylar(R) Durostone Sheet
Name	Model	Application	Picture
High Temperature Composite Sheet Basic Materials: Fiber Glass Mat	Rylar(R) DAS8150	Economic Cost, common working lifespan, general requirements for warpness of wave solder pallets and small size reflow soldering carrier.
High Temperature Composite Sheet Basic Materials: Fiber Glass Mat	Rylar(R) DAS8850	Apply for high requirements of wave solder pallet and reflow soldering carrier. The working lifespan, corrosion resistance, anti-deformation, and temperature resistance is superior of DAS8150.
High Temperature Composite Sheet Basic Materials: Fiber Glass Mat	Rylar(R) DAS9000	Compare to Roechling & Isola CDM68910, Quality is same, and own better performance, apply to LG, SONY,SAMSUNG,Flextronics,Foxconn enterprises, whose request strictly quality such as excellent flatness, surface, temperature resistance, and anti-deformation, to use for big size wave soldering pallets and reflow soldering carrier. This model is a good replacement for Roechling adn Isola materials.
High Temperature Composite Sheet Basic Materials: Fiber Glass Cloth	Rylar(R) PBF9000	Equivalent to Japan Ricocel , same quality and excellent performace, apply for big size server mainboard, and request high enviroment temperature, and anti-deformation, precision machining industry.
High Temperature Composite Sheet Basic Materials: Fiber Glass Mat	Rylar(R) DOS8500	Equivalent to CDM68940, recommend to optical reflow soldering carrier and auto-optical testing.

III.Characteristic

High temperature resistance 
The resin of high temperature resistance composite sheet can bear extreme high temperature without regression. It can work continuously under the temperature of 280℃-300℃ and its working temperature in short term can reach to 380℃.
Low thermal conductivity 
High temperature resistance composite sheet has low thermal conductivity compared with metal aluminium , stainless steel and titanium. Therefore, it is the best material which is suitable for wave solder pallet and PCB jig. At the same time, it can transmit the heat out like the metal jigs.
Dimensional stability under high temperature 
The high temperature resistance composite material is made by high properties resin and the special resin can bear thermal cycling. And it can still work and get no effect for the flat under the welding temperature. 
Good mechanical properties 
The resin and the glass mat of high temperature resistance glass fiber composite sheet ensure to be extremely tough material by laminating. It makes it become easily machining, strong designing, various types and suitable for PCB solder pallet. 
Long life

IV.Application

Wave solder pallet and reflow pallet
Electronic components automatic cartridge
Solder paste screen printing
SMT Surface Mount technology
IR reflow curing
Online testing jig