F.C 80% Flame Retardant Expandable Graphite Powder
EPS GRAPHITE 9080200
Product Description
Expanded graphite is a soft porous material which is produced by natural squama graphite by means of oxidation, inserting, watering, dryness and expansion.As a result of the heat of a fire the graphite expands and creates an intumescent layer on the surface of the material,with superior Heat Diffusion.We use this property of expanded graphite to produce EPS.
Plastics and polymers are inherently low in thermal and electrical conductivity.
| Grade Name | Mesh | Expansion Ratio (cc/g) | Purity
(%) | Moisture
(%) | PH | Sulfur
(ppm) | Onset Temp
(°C) | Application |
| HS555 | +50 | 250:1 | 95-97 | <1 | 6-9 | * | 160-180 | PU foam, Bituman. |
| HS855 | +50 | 250:1 | 98-99 | <1 | 6-9 | * | 160-180 | PU foam, Bituman. |
| HS955 | +50 | 250:1 | 99-99.5 | <1 | 6-9 | * | 160-180 | PU foam, Bituman, for application require least instruments damage. |
| HS085 | +80 | 250:1 | 90-95 | <1 | 6-9 | * | 160-180 | PU foam, EPS foam, XPS foam, sealing strip. |
| HS585 | +80 | 250:1 | 95-97 | <1 | 6-9 | * | 160-180 | PU foam, EPS foam, XPS foam, sealing strip. |
| HS055 | +50 | 250:1 | 90-95 | <1 | 6-9 | * | 160-180 | PU foam, EPS foam, XPS foam, sealing strip. |
Product Application And Advantages
Graphite is useful in applications such as Thermal and Electrical conductivity, Thermal conductivity with decreased electrical conductivity, Friction and Wear modification, Structural Reinforcement, and Processing Lubricants.
With the help of graphite technology, the most efficient insulation material on the market has now got even better. As part of a special process, graphite particles are worked into the foam structure of conventional white EPS (expanded polystyrene). This “grey” EPS offers outstanding graphite properties like infrared radiation and therefore heat reflection. This boosts insulation performance by up to 20%. This “grey” EPS offers outstanding graphite properties like infrared radiation and therefore heat reflection.
Modern buildings often lack traditional storage mass and therefore cooling becomes a necessity. Drywall panels are a particularly effective solution in this case. Graphite core provides outstanding thermal conductivity abilities. The panels combine both properties and therefore achieve a heating conductivity rating of 0.45 W/mK that far exceeds the performance of thermal panels used to date.
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