Gland Packing

The Carbonized Fiber Braided Gland Packing offers high-performance sealing with carbon fibers treated with graphite and braided for durability. It resists high temperatures and extrusion, while its low friction coefficient reduces wear for long-term reliability.

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The Carbonized Fiber Braided Gland Packing with reinforced Inconel combines carbon fibers treated with graphite and reinforced with Inconel for added durability. It handles high temperatures, resists extrusion, and features a low friction coefficient for reduced wear and long-term reliability.

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This durable braided packing, made from expanded graphite yarn and high carbon fiber, features a proprietary blocking agent for low friction, excellent heat transfer, and superior chemical resistance, ensuring effective leakage control and emissions reduction.

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This high-performance gland packing, made from pure flexible graphite foil and braided with Inconel wire reinforcement, offers enhanced extrusion resistance and higher pressure capability without needing anti-extrusion rings.

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This braided gland packing, made from PTFE yarn infused with graphite and anti-corrosive lubricant, is ideal for chemical applications. It offers stability, long service life, low friction, high tear strength, and excellent thermal conductivity, minimizing shaft wear and reducing sleeve replacement costs

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Crafted from 100% Gore-Tex fiber and produced with a high-speed precision braider, this Gland packing offers exceptional wear resistance, self-lubrication, and unique thermal conductivity, making it ideal for high-speed dynamic seals.

This high-strength Gland Packing is made from Kevlar Aramid Fiber, braided and impregnated with PTFE. Its exceptional durability makes it ideal for sealing rotary and reciprocating mechanisms in particle-bearing, high-pressure environments with high linear speeds.

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Made from high-strength aramid fibers with advanced COVECORE blend spinning and PROIM pretreatment, this packing offers high lubricity, low wear, and is ideal for shaft seals in high-pressure, high-speed reciprocating and rotating machines

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This high-performance gland packing is crafted from PTFE yarns with reinforced aramid fiber corners, providing added strength and durability compared to pure PTFE packing. The unique combination of materials ensures excellent sealing performance, especially in high-pressure piston pumps, where it effectively handles demanding conditions and extends service life.

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Made from Nomex aramid with reinforced graphite/PTFE corners, this braided packing offers high lubricity, low wear, and contamination-free performance, ideal for shaft sealing in demanding applications.

This high-strength packing, lattice braided with carbon fiber in the corners and impregnated with a proprietary blocking agent, resists extrusion and is ideal for high-end valve sealing. Suited for petrochemical, refining, pulp & paper, sugar, and power generation industries.

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Our acrylic fiber packing is expertly engineered with over 60% concentrated PTFE dispersion and enhanced with a break-in lubricant. The packing features a lightly tensioned construction, providing superior flexibility and compressibility for effective sealing.

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Our acrylic PTFE Gland packing made from reinforced synthetic fiber with over 50% concentrated PTFE dispersion with added break- in lubricant, lightly tensioned construction, offers flexibility and compressibility for good
sealing.

This gland packing, braided from PTFE filament and impregnated with PTFE dispersion, offers exceptional flexibility, chemical resistance, dimensional stability, low friction, and compression resistance. Ideal for use with most chemicals (except alkali metals and gaseous fluorine), it's perfect for shafts, rods, pistons, valve stems, and expansion joints in industrial applications.

Made of Ramie fiber impregnated with PTFE dispersion and special lubricant, used in marine and paper mill applications such as stern tubes, rubber posts, and pumps.

This packing, made from slightly twisted fiberglass and impregnated with PTFE dispersion and silicone lubricant, is designed for reliable performance in applications involving water, steam, oil, solvents, and various chemicals.