Products
Cover seal A404-035 35x31x4.5 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-040 40x33.5x4.8 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-033 33x29.2x3.2 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-032/1 32x28x3.4 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-032 32x27.4x3.9 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-030 30x25.4x3.9 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-026 26x21.4x3.9 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-020 20x16.2x3.2 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Cover seal A404-016 16x13x2.6 PU95 Alp for piston applications
ALP A404 cover seals are produced from high performance PU material, and can be used safely for inner sealing in hydraulic cylinders instead of statically-functioning O-rings.
| TECHNICAL DATA | ||
| Working Pressure | 630 Bar | |
| Working Temperature | -35/+110°C | |
| Material | 95 PU | |
| Media | Mineral Base Hydraulic Oil | |
| Surface Roughness | ||
| Ra | Rmax | |
| Working Surface | ≤0.8 μm | ≤3.2 μm |
| Groove Base | ≤1.6 μm | ≤6.3 μm |
| Groove Flanks | ≤6.3 μm | ≤16.0 μm |
Manufacturer:
ALP KAUCUK SANAYI VE TICARET A.S.
In stock 20 pcs.
Piston rod guide ring A251 100x105x30 POM+fiberglass
Piston rod guide rings A251 are suitable for both piston and rod applications in light to medium duty hydraulic cylinders. They are manufactured with with a standard 45 degree cut, and offer appropriate K gap value adjustment with a Z cut design, resistance to medium radial loads (up to 40 Newton/mm2), very easy snap installation, very economic bearing solution, excellent stability to operating temperatures. Suitable for use in mineral hydraulic oils.
Material: glass filled Polyacetal.
In stock 10 pcs.
