F6351 丨RTV-2 Silicone Potting Foam

● Room temperature or heat accelerated cure
● No substance is released during curing
● Flexible and stable from - 40 °C to + 200 °C after cured
● Excellent electrical properties with high impedance and high
dielectric strength
● Good thermal insulation
● Foam structure brings good softness and elasticity

● Used to seal and protect various outdoor communication,
electronic and lighting equipment cabinets.
● Shock absorption, cushioning, sound insulation, protection,
insulation, thermal insulation and fire in power batteries.

REACH
ROHS
UL

Item		Part A	Part B	Standard
Uncured	Color	White	Grey	Q/ZS 1-2016
	Viscosity(cps,25℃)	4000～6000		GB/T 10247
	Mixing ratio by weight	1∶1		Q/ZS 1-2016
	Viscosity after mixing(cps,25℃)	4000～6000		GB/T 10247
	Working Time(min，25℃)	1~30 (adjustable)		Q/ZS 1-2016
	Curing time(hr，25℃)	10-180 (adjustable)		Q/ZS 1-2016
Cured	Foaming magnification	2~-5		Q/ZS 1-2016
	Thermal conductivity[W/(m·K)]	≤0.1		ASTM D5470
	Dielectric strength(KV/mm)	≧2.5		ASTM D149
	Volume Resistivity(Ω·cm)	≧1.0×1014		ASTM D257
	Specific Gravity (g/cm3)	0.4~1.0 (adjustable)		ASTM D792
	UL 94 Flame Classification	UL94 V0		UL 94
	Teniles strength (Mpa)	≥0.4		GB/T 528

Reasons for poor curing of addition silicone potting compound:
1. Contact materials: When in contact with the following
ingredients, it will affect the surface curing. The slight one will
only cure incompletely on the surface, and the heavy one will
cause permanent or even incomplete curing:
● Release agent, such as detergent;
● Plasticizers, such as certain plasticizers in insulating plastics,
wires and protective coils;
● Substances containing nitrogen, phosphorus, sulfur and halogen,
such as natural rubber and neoprene;
● Soldering flux, such as rosin;
● Organometallic (lead, tin, mercury, etc.);
● Amine-containing substances, such as polyurethane and epoxy
resin
● Condensation silicone sealant or potting compound
2. Environment: When using, avoid residual oil in the container
or the object being used; avoid some impurities falling into it;