Hydraulic Cylinder Seal Rotating Glyd Ring Grs Sealing Ring

1. Performance and use

It is suitable for rods, shafts, pins, rotary joints, etc. that rotate in the circumferential direction or angle. It is a two-way rotating sealing ring that can withstand pressure on both sides or alternating pressure. It is used in construction machinery, manipulators and automobiles, etc. industrial field,

Small friction, no sticking phenomenon, smooth start, no crawling even at low speed.

The groove is simple and the cross-sectional size is small

Good wear resistance, dimensionally stable

Very good compatibility with hydraulic media

High temperature resistance, good extrusion resistance

While rotating, it can withstand certain reciprocating motion.

2. Materials

Sealing slip ring: filled with polytetrafluoroethylene (PTFE). According to different working conditions and sealing requirements, different filling materials and filling processes can be selected, please contact us for details.

O-ring: NBR (nitrile rubber) or FKM (fluororubber), determined according to specific working conditions, the default is NBR, for special working conditions, please inquire and explain before ordering.

3. Labeling method

Mark with the size of the installation groove. The marking method is:

GRS "nominal diameter size d" × "groove bottom diameter D" × "groove width L"

For example, GRS100×111×4.2 means “rotary gray ring for shaft, the main size of the seal installation groove is: φ100×φ111×4.2

4. Precautions:

Ⅰ. Pay attention to the external dust protection, if necessary, please add the corresponding dust ring.

Ⅱ, There may be one or two sealing grooves, which are designed according to actual working conditions and user requirements.

Ⅲ, If the installation space permits, please choose a seal with a larger cross-section to increase the seal life and reliability, but the installation will be more difficult.

Ⅳ. Open grooves should be considered when the nominal diameter is less than 30, otherwise the installation will be difficult or impossible.