Audited Supplier
SPGO
PTFE+NBR
Cylinder
Piston Seal
Temperature
O-Ring
Standard, Nonstandard
Acceptable
Brown,Green,Yellow,Blue
Piston Seal
5m/S
40MPa
-45°c to +200°c
TYS
Transparent PP Bag
20-320mm
Xiamen
3926901000
Product Description
SPGO is a standard compact seal for wide application.
It works excellent for heavy duty,two-way piston sealing under high pressure,low pressure and high frequency conditions.
Standard Materials
• Sealing ring: filled with polytetrafluoroethylene F-PTFE
• O-ring: nitrile rubber NBR or fluororubber FKM
Features
• Good sealing performance in both dynamic and static conditions
• Allows for larger extrusion gaps, reducing processing costs depending on the application
• Can be safely used in Medium with contaminants due to the larger extrusion gaps
• Low friction and no crawling phenomenon
• Simple groove design, suitable for integral pistons
• Strong adaptability to working conditions due to the availability of various materials
If you have specific requirements (pressure, temperature, speed, special Medium, etc.), please contact our consulting service department for recommendations on suitable materials.
Technical Specification
• Pressure: 40 MPa
• Speed: 5 m/s
• Temperature: -45°C to +200°C, depending on the O-ring material
• Medium: Mineral hydraulic oil, fire-resistant hydraulic oil, environmentally friendly hydraulic oil, water, air, and other Medium, depending on the O-ring material.
Clearance: The maximum allowable radial clearance (emax) varies with the working pressure and functional diameter, as indicated in the table below.
Applications
These seals are highly suitable for hydraulic systems and reciprocating motion applications, particularly in heavy-duty, bi-directional piston sealing scenarios under high pressure, low pressure, and high-frequency conditions. They are suitable for both long and short strokes and can accommodate larger piston clearances in situations involving a wide range of fluids and high temperatures. Examples of their applications include injection molding machines, bulldozers, agricultural machinery, presses, and other machine tools. These seals comply with the IS0 7425/1, GB/T1542.1-94, and GB/T15242.3-94 standards
It works excellent for heavy duty,two-way piston sealing under high pressure,low pressure and high frequency conditions.
Standard Materials
• Sealing ring: filled with polytetrafluoroethylene F-PTFE
• O-ring: nitrile rubber NBR or fluororubber FKM
Features
• Good sealing performance in both dynamic and static conditions
• Allows for larger extrusion gaps, reducing processing costs depending on the application
• Can be safely used in Medium with contaminants due to the larger extrusion gaps
• Low friction and no crawling phenomenon
• Simple groove design, suitable for integral pistons
• Strong adaptability to working conditions due to the availability of various materials
If you have specific requirements (pressure, temperature, speed, special Medium, etc.), please contact our consulting service department for recommendations on suitable materials.
Technical Specification
• Pressure: 40 MPa
• Speed: 5 m/s
• Temperature: -45°C to +200°C, depending on the O-ring material
• Medium: Mineral hydraulic oil, fire-resistant hydraulic oil, environmentally friendly hydraulic oil, water, air, and other Medium, depending on the O-ring material.
Clearance: The maximum allowable radial clearance (emax) varies with the working pressure and functional diameter, as indicated in the table below.
Applications
These seals are highly suitable for hydraulic systems and reciprocating motion applications, particularly in heavy-duty, bi-directional piston sealing scenarios under high pressure, low pressure, and high-frequency conditions. They are suitable for both long and short strokes and can accommodate larger piston clearances in situations involving a wide range of fluids and high temperatures. Examples of their applications include injection molding machines, bulldozers, agricultural machinery, presses, and other machine tools. These seals comply with the IS0 7425/1, GB/T1542.1-94, and GB/T15242.3-94 standards
| Code | Fucntion | Limited Condition | ||
| Pressure (MPa) | Speed (m/s) | Temp. (ºC) | ||
| SPGO | Piston Seals (Double Acting) | 40 | 5 | -45ºC +200ºC |
| SPG | Piston Seals (Double Acting) | 35 | 1.5 | -30ºC +200ºC |
| SPGW | Piston Seals (Double Acting) | 50 | 1.5 | -45ºC +200ºC |
| GSD | Piston Seals (Single Acting) | 40 | 5 | -30ºC +200ºC |
| DAQ | Piston Seals (Double Acting) | 40 | 2 | -30ºC +200ºC |
| AQ5 | Piston Seals (Double Acting) | 40 | 2 | -30ºC +200ºC |
| DAS | Piston Seals (Double Acting) | 40 | 0.5 | -30ºC +100ºC |
| PG | Piston Seals (Double Acting) | 35 | 0.5 | -30ºC +100ºC |
| MPA | Rod Seals (Single Acting) | 40 | 0.5 | -45ºC +120ºC |
| MPB | Rod Seals (Single Acting) | 40 | 0.5 | -45ºC +120ºC |
| MPR | Rod Seals (Single Acting) | 40 | 0.5 | -45ºC +120ºC |
| MPS | Rod Seals (Single Acting) | 40 | 0.5 | -45ºC +120ºC |
| HBY | Rod Seals (Single Acting) | 40 | 0.5 | -30ºC +110ºC |
| HBTS | Rod Seals (Single Acting) | 40 | 3 | -30ºC +110ºC |
| GSJ | Rod Seals (Single Acting) | 40 | 3 | -30ºC +110ºC |
| GSI | Rod Seals (Double Acting) | 40 | 5 | -45ºC +200ºC |
| DH-5 | Dust Sels | 2 | -40ºC +110ºC | |
| DHS | Dust Sels | 2 | -40ºC +110ºC | |
| GSZ5 | Dust Sels | 5 | -40ºC +110ºC | |
| DKBI | Dust Sels | 3 | -30ºC +100ºC | |
| DKBZ | Dust Sels | 3 | -30ºC +100ºC | |
| RVA | Rod Var i Seals | 45 | 15 | -70ºC +260ºC |
| GRS | Rotary Rod Seals | 30 | 1 | -30ºC +200ºC |
| ROI | Rotary Rod Seals | 28 | 0.3 | -30ºC +100ºC |
| BRT | Rod Seal Backup rings | 1 | -45ºC +200ºC | |
| N4W | Piston Backup rings | 1 | -45ºC +120ºC | |
| KZT | Dust Rings | 5 | -45ºC +200ºC | |
| WR | Wear Rings | 1 | -45ºC +120ºC | |
| RYT | Guide Tape | 5 | -45ºC +200ºC | |
| Sealing Component Storage Guidelines and Recommend-ed Shelf Life | |
| Storage Recommendations: | |
| Stock Control | Follow the First- In-First-Out (FIFO) princip le |
| Optimal Temp. | Seals should be kept aw ay from heat sources like direct sunlight and heat-emitting objects . The maximum storage temperature is +32°C. Low temperatures w on't cause permanent damage to the seals but can make them brittle, leading to potential breakage if mishandled. Generally , the storage temperature for seals should not go below +10°C, and they should be brought to room temperature before installation. |
| Avoid strong light | Surfaces should be shielded from direct sunlight and artificial light sources to prevent exposure to ultraviolet radiation. |
| Moisture control | Special care should be taken during storage, and the ambient humidity should not exceed 65% . Some specific polyurethane seals that are sensitive to moisture should be stored in sealed containers |
| Keep away from oxygen and ozone | Ozone and oxygen are harmful to seals . Seals should be stored in sealed containers . Any equipment that generates sparks should be kept aw ay from the storage containers . |
| Keep away from | For seals to have a longer storage life, they should be kept aw ay from contaminants . The w arehouse should be kept clean. |
| Avoid distortion | Large seals should be stored flat instead of hanging, as prolonged hanging can cause distortion. Seals should not be placed on hooks , nails , or metal plates . |
| Recommended Shelf Life : | |
| Compounds | Shelf Life |
| FEPM | 7 Years |
| EP,EPR,EPDM | 7 Years |
| FKM | 7 Years |
| NBR,HNBR,XNBR | 7 Years |
| AU or EU | 10 Years |
| TPCE | 10 Years |
| PTFE | Unlimited |
