MG1-38 /G6 MG1/38-Z 109-38 Replacement to Mechanical Seals MG1 Shaft Size 38mm for Water Pump with G6 Stationary Seat Seal

Seals & O-RingsMG1-38 /G6 MG1/38-Z 109-38 Replacement To Mechanical Seals MG1 Shaft Size 38mm For Water Pump With G6 Stationary Seat- Shaft diameter: 10 ... 100 mm (0.39 "... 3.94")- Pressure: 16 bar (230 PSI) - Vacuum: ... 0.5 bar (7.25 PSI) up to 1 bar (14.5 PSI)- Temperature: -20 ° C ... +140 ° C (-4 ° F ... +284 ° F)- Angular speed: 10 m / s (33 ft / s)- Permissible axial displacement: ± 2.0 mm

• Seals & O-Rings
• High-quality materials durable: our mechanical seal is made of high-quality materials with stable sealing performance corrosion and abrasion resistance and can be used for a long time in high temperature and high pressure environments. Whether it is industrial pumps or water pumps it can provide excellent sealing effect.
• Widely applicable and perfectly matched: this mechanical seal is suitable for a wide range of equipment including water pumps oil pumps chemical equipment and so on. It is widely used to seal liquids and gases ensuring smooth operation of equipment without leakage problems. Whether replacing the original seal or installing it for the first time it is easy to cope with.
• Simple installation saves time and costs: our mechanical seals are designed for quick installation reducing the complexity of repair and replacement. Even non-professionals can install them easily greatly saving labor costs and time and improving work efficiency.
• High temperature resistance adaptable to extreme environments: Designed for applications in high temperature and high pressure environments they have excellent heat and pressure resistance and can maintain efficient and stable sealing effect under extreme working conditions. Whether it is hot water pumps hot oil pumps or other equipment that requires high temperature operation it can provide reliable protection.
• Environmentally friendly design with low friction loss: the use of environmentally friendly materials reduces friction and heat buildup avoiding excessive wear and tear on the equipment. Through efficient sealing design it reduces energy consumption and extends the life of the equipment which helps to improve the overall operational efficiency.