PPS Simmerrings

PPS Simmerrings: Advanced Sealing Performance for Pressurized Units

Presenting the PPS Simmerrings, which are designed to operate well in pressured systems without requiring a backup ring. These seals are particularly well-suited for use in hydrodynamic couplings, hydraulic pumps, and motors that operate under pressure. They are highly effective. Their unique sealing edge design sets them apart, guaranteeing lip profile stability at pressures up to double that of traditional designs (BABSL). PPS Simmerrings stand out thanks to this unique property, which makes them the best option for harsh conditions where dependability and longevity are crucial. Put your trust in PPS Simmerrings for reliable sealing solutions that will maintain the integrity and effectiveness of your pressured equipment.

Advantages of PPS Simmerrings: Enhanced Efficiency and Reliability

The PPS Simmerrings offer a range of benefits that make them a preferred choice for pressurized units. They boast a remarkable 50% reduction in friction compared to the conventional BABSL design. This reduction in friction contributes to improved efficiency and performance. These Simmerrings ensure a reliable seal within housing bores, even when facing challenges such as increased bore roughness, thermal expansion, and split housings. This makes them suitable for sealing low-viscosity and gaseous media as well. With an extra dust lip, they provide added protection against moderate to moderately heavy external dust and dirt.

Applications of PPS Simmerrings: Ideal for Hydrostatic Drives

The PPS Simmerrings are especially suitable for hydrostatic drives, including pumps and various types of motors. Their exterior is made of elastomeric material, and they feature a short, flexible, and spring-loaded sealing lip along with an additional dust lip. These Simmerrings come with a finished sealing lip profile, optimized to provide reliable sealing performance even under demanding conditions.

Choose PPS Simmerrings for enhanced sealing efficiency and reliability in pressurized units. Their innovative design and friction-reducing features ensure optimal sealing performance and improved overall efficiency in various applications, particularly in hydrostatic drives.