KAXITE supplies ISO-certified spiral wound, PTFE, and metallic gaskets to the oil & gas, chemical, and power sectors across 50+ countries. With 4.5M annual output and full OEM/ODM capabilities.
6,000 m² integrated facility with automated cutting, die-forming, and high-speed braiding lines.
Comprehensive testing for creep relaxation, sealability, and tensile strength. Certified reports with every order.
Established supply channels across Europe, North America, Australia, and Southeast Asia.
Spiral wound, ring joint, and kammprofile gaskets engineered for refineries, subsea pipelines, and offshore drilling platforms. Built for extreme pressure and high-temperature service.
View Solutions →PTFE, expanded graphite, and non-asbestos gaskets designed for aggressive media, high-temperature reactors, and sanitary processing environments with strict purity requirements.
View Solutions →High-temperature sealing solutions for steam turbines, HRSG boilers, and exhaust systems. Reliable performance in continuous operation up to 650°C.
View Solutions →Tailored gasket fabrication, braided packing, and compression sheets manufactured to your precise drawings. Over 30 years of custom production experience.
Explore Capabilities →Everything you need to know about ordering sealing solutions from KAXITE
A: We offer flexible production runs starting at 100 units for standard sizes. For custom-engineered gaskets with specialty materials, we can accommodate orders as low as 50 pieces with our rapid prototyping service.
A: Our rapid prototyping service delivers custom gasket samples in 7-10 working days, depending on material availability and design specifications. Rush options are available for urgent project needs.
A: Every shipment includes comprehensive material test reports covering compression, creep relaxation, and sealability. Our in-house laboratory ensures full material traceability and compliance with your specifications.
A: We ship globally with flexible freight options including EXW Ningbo, FOB, and CIF. Our experienced logistics team handles customs clearance and provides real-time tracking for all international shipments.
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KAXITE manufactures industrial gaskets including spiral wound, ring joint, kammprofile, PTFE, and non-asbestos types. Used for flange sealing in oil & gas, chemical, and power generation applications. Custom sizes and materials available.
KAXITE supplies braided packing made from PTFE, graphite, aramid, and carbon fibers. Used for valve stem and pump shaft sealing in high-temperature and high-pressure industrial environments. Available in various braid styles and sizes.
Compression sheets are high-performance gasket materials manufactured from flexible graphite, PTFE, rubber, and non-asbestos fibers. Used for cutting custom gaskets in industrial flange sealing applications.
KAXITE supplies raw sealing materials including expanded graphite yarn, PTFE tape, flexible graphite foil, and non-asbestos fiber sheets. These materials are used for manufacturing custom gaskets, braided packing, and compression sheet fabrication in industrial sealing applications.

This article examines the compatibility of compression sheets with various mattress types.

This article outlines essential maintenance practices for maximizing the longevity and performance of braided packing in industrial sealing applications.

A guide on correctly installing and tightening gaskets to ensure a leak-free seal.
PTFE hose offers excellent compatibility with nearly all chemicals, including strong acids, bases, solvents, and fuels, thanks to its inert nature. Only a few substances, such as molten alkali metals and certain fluorinating agents, can degrade it under extreme conditions.
PTFE balls are favored in chemical applications for their outstanding resistance to aggressive chemicals, wide temperature tolerance, low friction, and non-stick surface, which ensure reliable performance and longevity in seals, valves, and bearings.

PTFE tubing is made by extruding polytetrafluoroethylene resin, often in paste form with a lubricant, through a die and then sintering it at high temperatures to fuse the material into a solid, smooth, and chemically resistant tube.