Graphite Coating In Zhengzhou

Particle Size45um-500um

Carbon Content60%-99.9%

Purity LevelsHigh/Medium

Mesh Size325-32mesh

Product TypeGraphite Powder

Flake TypeNatural Flake

Density1.85 g/cm³

Ash Content<0.1%

Grain Size<10µm

Tensile Strength50MPa

Compressive Strength100MPa

DimensionsCustomizable

ColorGray

CharacterGray pulp

Principal ConstituentCeramic powder mixture

Heat-resisting Upper Limit1700°C

Expansivity4.3 10-6/°C

PH Value3

Product TypeGraphite Rotor

UsageIndustrial

FeatureLong Lasting

ColorBlack

ConditionNew

TypeGraphite Rotor

MaterialGraphite coated canvas

Thickness1.8mm

Width940mm

Length46m

TypeHD

ApplicationSanding

Product DescriptionWe are among the prominent names in the industry engaged in exporting manufacturing and supplying of Graphite Coated Canvas (GC) For Sander in Qingdao Shandong China. Graphite coated canvas is the most effective dry lubricant available for use on the back of sanding belts to reduce heat and fric

MaterialGraphite

DimensionsVaried

Ash contentLow

Carbon contentHigh

Thermal conductivityLow

DensityVaried

MOQ500 Meter/Meters

Fabric TypeOther Base Fiberglass Fabric with Graphite Surface Coating

Density12.5 Gram per cubic centimeter(g/cm3)

Weight600 aEUR" 1000 GSM

ColorBlack / Grey

Width1000 mm 1200 mm 1250 mm (others on request)

Length50 m per roll customizable

MOQ500m2 Square Meter/Square Meters

MaterialFiberglass graphite

ApplicationWelding spark protection blankets/ curtains; Fire protection insulation mattress/jacket cover material

Surface TreatmentGraphite coated

MOQ20 Ton/Tons

ApplicationCarbon Additive

ShapeGrain

MaterialGraphite

GrainMedium/Fine

DensityHigh

Mechanical StrengthHigh

Thermal ShockHigh

Electrical ConductivityProper

MaterialGraphite

Diameter Range50-700 mm

Length Range1000-2500 mm

Resistivity<10 μΩ·cm

Density1.7-1.8 g/cm³

UsageElectrodes in electric arc furnaces and ladle refining furnaces for steelmaking and electric smelting furnaces for producing industrial silicon yellow phosphorus and corundum.