DS500 heat-conduction silicate
        Sourse:        Author:        Publish:2012-06-06        Hit:7

Production description

DS500 heat-conduction silicate is composited by metallic oxide and silicon rubber with excellent heat conductivity and insulativity. Products have excellent heat conductivity and insulativity , and stable properties for easy construction and operation. Because of non-toxic, non-corrosion, tasteless, indissoluble and immobile, the products could be heat media for electronics such as large power switch triode, filling to gap between thyristor diode and base material(aluminum, cooper), and to bring down working temperature of heating elements

 

Performance indicators

 

indicators

TT500

              Appearance

White paste

           Density(g/cm3)

1.7~1.9

          Needle penetration(1/10mm)

300±50

Oil scatteration(%,200℃/hr)

      ≤2.0

Volatility(%,200℃/hr)

      ≤2.0

Thermal conductivity [W/(m•k)]

≥1.2

Application temperature (℃)

-60~260

 

*All properties are measured 7 days after curing at 25 ℃, 55% relative humidity conditions.

 

Technology and operation

  1. Clean the surface:clean the sizing surface and remove dust and oil pollution
  2. Sizing glue:cut open the rubber tube,push the glue onto the sizing surface and homogenize.Then fold the adhesive faces and fix .
  3. Cure:expose the sticked and sealed components to the air to cure spontaneously.Cure begins at the surface and process to the inside.Within 24h(room temperature and 55%RH),the curing depth would reach 2~4mm.If the location of sizing is deeper,especially locations hard to contract the air,the complete curing time would extend.The same would happen when temperature is lower.
  4. Notice:after the operation,the remained glue should be sealed immediately.It can be used normally next time after removing condensates.

 

Package

Box  50ml/b  200b/case

Box  100ml/b  100b/case

Bottled  300ml/b  25b/case

 

Storage and transport

  1. Under28℃ can be stored for 9 months
  2. Transport and store sealed as non-dangerous goods;

 

copyright 2011. Suzhou Datong Advanced Material Co., Ltd.   Support by: Wei Cheng