Plaque de joints de graphite

Products Description Precision-Stamped Flexible Graphite Gaskets Stamped flexible graphite gaskets belong to the flexible graphite material family, including sheets, foils, papers, tapes, and strips. These gaskets are manufactured by chemically treating natural graphite flakes and subjecting them to high-temperature exfoliation, forming worm-like structures with approximately 0.003g/cm³ density. The binder-free expanded graphite is then rolled into coils, offering: 99.5%

Products Description Premium Low Friction Graphite Sealing Solutions Our low friction graphite sealing materials include flexible sheets, foils, papers, tapes, and strips. Manufactured through chemical intercalation and thermal exfoliation of natural graphite flakes, these products form vermicular structures with approximately 0.003g/cm³ density. The binder-free expanded graphite rolls feature: Exceptional purity (99.8%+) Chemical inertness Radiation resistance Extreme

Products Description Multi-Layer Composite Graphite Sheet Solutions Our multi-layer composite graphite sheets are engineered using advanced lamination technology, combining flexible graphite materials with metal reinforcement layers. These composite solutions integrate the following components: Flexible graphite core layers (sheets/foils/papers) Stainless steel/nickel alloy reinforcement layers Optional adhesive-free bonding process Manufacturing Process: Natural flake

Products Description Italian Pump & Valve Graphite Gasket Solutions Flexible graphite products for Italian pump and valve applications include sheets, foils, papers, tapes, and strips. These materials are produced through chemical intercalation of natural graphite flakes followed by high-temperature exfoliation, creating vermiculate structures with 0.003g/cm³ density. The binder-free expanded graphite is calendared into rolls, offering: 99%+ purity Chemical inertness

Products Description RoHS-Compliant Flexible Graphite Gasket Solutions Material Science & Manufacturing RoHS-compliant flexible graphite materials, including sheets, foil, paper, tape, and strips, are derived from natural graphite flakes through a proprietary process: Chemical Exfoliation: Graphite flakes undergo intercalation with sulfuric acid to create expandable graphite. Thermal Expansion: Heated to 1000°C+, producing worm-like structures with a bulk density of 0.003g/cc

Products Description Series Energy-Saving Equipment Graphite Gasket Solutions Flexible graphite materials include sheets, foils, papers, tapes, and strips. These energy-efficient sealing products are manufactured by chemically intercalating natural graphite flakes followed by high-temperature exfoliation, forming vermicular graphite structures with 0.003g/cm³ density. The binder-free expanded graphite is calendared into rolls, offering: 99.5%+ purity Corrosion/radiation

Products Description Low Cost Flexible Graphite Gasket Flexible graphite materials encompass a range of products including rolls, foils, papers, tapes, and strips. These materials are manufactured by subjecting natural flake graphite to chemical intercalation followed by high-temperature exfoliation, resulting in worm-like graphite structures with a density of approximately 0.003g/cm³. The expanded graphite is then calendared into binder-free rolls, offering exceptional

Products Description Precision Laser-Cut Graphite Sealing Sheets Our state-of-the-art laser cutting technology ensures: Micron-level precision for intricate gasket shapes Burr-free edges for optimal sealing performance Fast turnaround for custom-sized orders Compatibility with all graphite sheet thicknesses Product Applications: Laser-cut packing rings for pumps and valves Custom-shaped sealing gaskets from composite graphite-metal sheets High-temperature insulation pads cut

Products Description Custom-Sized Flexible Graphite Gaskets Flexible graphite materials encompass sheets, foils, papers, tapes, and strips. These products are manufactured by chemically treating natural graphite flakes followed by high-temperature exfoliation, forming vermicular graphite structures with approximately 0.003g/cm³ density. The binder-free expanded graphite is calendared into rolls, offering: 99%+ purity Chemical inertness Radiation tolerance Thermal stability (