8mm Risholite Sheet For Reflow Soldering Pallet

Supplying you with the 8mm risholite sheet for reflow soldering pallet quotation consultation, NOVES is one of the largest and best 8mm risholite sheet for reflow soldering pallet manufacturers and suppliers in China, which belongs to one of the famous such brands. Welcome to wholesale customized and high quality bulk products and get its free sample with our factory.

NOVES materials is made by fiberglass & epoxy resin with high temperature and high pressure forming, NOVES material have been developed for all procedures within the PCB assembly process, Standard operating temperature is more than 380°C and standard operation temperature is 260°C. Noves Material is hardening resistant in soldering process without delamination

Application:

PCB wave solder pallet, reflow welding, SMT surface mount, furnace tray, Test fixtures for PCB and electronics industry

Wave solder pallet design is important to avoid soldering defects such as, solder bridges or shorts, inadequate hole fill, solder splatter and solder flooding the PCB, There are three main grades which are suitable for use in the SMT reflow and wave soldering processes, NS503,NS306,NS302 This site is a technical resource for all aspects of PCB solder pallet materials, from the base material to the quality of the soldered PCB, Wave solder pallet design is important to avoid soldering defects such as, solder bridges or shorts, inadequate hole fill, solder splatter and solder flooding the PCB

Noves materials offer the below features

• Excellent mechanical properties at elevated temperatures including the lead-free process.

• Low thermal conductivity.

• Excellent machining properties enabling the manufacture of complex design solder pallets.

• Good resistance to chemicals used in modern fluxes.

• Durable usage life enable by high glass transition temperature

• Excellent dimensional stability at high operation temperature including the lead-free process

• Excellent chemical, resistance , High protection on chemical attack erosion