Grafietpakketplaat

Products Description Graphite Gasket Technical Consultation Our technical experts recommend these materials for: Valve and pump packing rings Custom-engineered flange gaskets High-temperature insulation systems Composite seals with metal reinforcement Technical Specifications Parameter Standard Range Custom Options Roll Width 1000mm / 1500mm 500-2000mm Coil Length 30m / 50m / 80m Cut-to-length up to 100m Thickness 0.15-5.0mm (sheets/rolls) 0.1-10mm (special orders) Density 0

Products Description Sand-Resistant Flexible Graphite Sheet Flexible graphite products include sheets, foils, papers, tapes, and strips. These materials are produced by chemically intercalating natural graphite flakes followed by high-temperature exfoliation, creating vermicular structures with ~0.003g/cm³ density. The binder-free expanded graphite is calendared into rolls, offering: 99%+ purity Chemical inertness Radiation resistance Thermal stability (-200°C to +650°C)

Products Description Custom OEM Flexible Graphite Gasket Manufacturing Solutions Advanced Material Engineering Our flexible graphite materials—comprising sheets, foil, paper, tape, and strips—are produced using proprietary chemical exfoliation and thermal expansion processes. Natural graphite flakes are transformed into worm - like structures with a bulk density of 0.003g/cc, then rolled into binder - free coils. This results in materials with 99.8%+ purity, engineered for

Products Description High Temp Graphite Material For Desert Use Our high-temperature graphite portfolio includes flexible sheets, foils, papers, tapes, and strips. Engineered specifically for harsh desert environments, these materials are produced using natural flake graphite processed through chemical intercalation and high-temperature exfoliation. The resulting vermicular graphite structures feature a density of approximately 0.003g/cm³. The binder-free rolled products

Products Description Bulk Graphite Gasket Sheet Wholesale Flexible graphite materials include sheets, foils, papers, tapes, and strips. These products are made by chemically treating natural graphite flakes followed by high-temperature heating to form worm-like structures with a density of about 0.003g/cc. The expanded graphite is rolled into coils without binders, ensuring high purity. Key features: Corrosion resistance Radioactivity resistance High/low temperature

Products Description Flexible graphite Sheet , Graphite Foil , Graphite paper , Graphite Tape , Graphite Strip (paper) Flexible graphite material, also known as flexible graphite paper or flexible graphite sheet , is made of natural graphite flakes after chemical treatment and then heated to high temperature to form graphite worms. The density of this worm like graphite powder is about 0.003g/cc. Then the flexible graphite coil is formed by rolling. The expanded graphite

Automotive Turbocharger Graphite Sealing Sheet Products Description Flexible graphite-based products include sheets, foils, papers, tapes, and strips. These materials are produced through a two-step process: natural flake graphite undergoes chemical intercalation followed by high-temperature exfoliation, creating vermicular graphite structures with ~0.003g/cm³ density. The binder-free expanded graphite is then calendared into rolls, offering: 99.5%+ purity Sulfuric acid

Products Description Flexible graphite sheet, graphite foil, graphite paper, graphite tape, and graphite strip (paper) all belong to the category of flexible graphite materials. Such materials, sometimes called flexible graphite paper or sheet, are obtained by subjecting natural graphite flakes to chemical treatment and subsequent high - temperature heating to form graphite worms. This worm - like graphite powder possesses a density of roughly 0.003g/cc. Subsequently, rolling

Products Description 1000°C High-Temperature Graphite Gaskets Flexible graphite products include sheets, foils, papers, tapes, and strips. These materials are produced by chemically intercalating natural graphite flakes followed by high-temperature exfoliation, forming vermicular structures with ~0.003g/cm³ bulk density. The binder-free expanded graphite is rolled into coils, offering: 99.9% purity Chemical inertness Radiation resistance 1000°C thermal stability Compression