Carbon fiber–impregnated gland packing for water pump service delivers strong abrasion resistance, excellent heat dissipation, and long-term sealing stability. Its reinforced carbon structure withstands continuous water flow and shaft movement, making it a reliable solution for demanding water pump applications.
Request a Sample and Quotation:
WhatsApp: +86 13821173226
E-mail: sales@chn-rubber.com
| Test Item | Unit | Target |
| Temperature | ℃ | -150 ~+300 |
| Pressure | Mpa | 10-30 |
| Loss on Ignition | ||
| Line Speed | m/s | 0-25 |
| Ph Value | 0-14 |
Gland packing for water pump applications is produced from high-strength carbon fibers that are fully impregnated with specialized lubricants to enhance durability and sealing stability. The carbon fiber base provides outstanding mechanical strength, allowing the packing to maintain shape under compression and resist extrusion even when exposed to fluctuating pressures inside water pump systems. The impregnated structure lowers friction across the shaft surface, reducing heat generation during continuous operation and preventing premature wear on both the packing and the shaft sleeve. Its high thermal conductivity helps dissipate heat rapidly, ensuring the packing runs cool even under high-speed or heavy-duty water circulation. Because carbon fibers are inherently resistant to water absorption, the packing avoids swelling or dimensional distortion, maintaining a consistent seal over extended service periods.
Designed for clean water, industrial water, and light slurry conditions, this carbon fiber–impregnated packing performs effectively in cooling water pumps, circulation pumps, utility water systems, process water transfer units, and municipal pumping stations. Its stable sealing behavior minimizes maintenance requirements and supports reliable pump performance in operations where continuous flow and long working hours are common. Engineered for durability, low friction, and strong resistance to abrasion, this gland packing is a dependable choice for facilities seeking long-lasting, efficient sealing in water pump equipment.