Seal for Screw Compressor Module Shaft CDLCCW 95x120x10 PTFE














- Code: 48000347
- In Stock: 6 pcs.
Rotary seal dimension | |
Shaft Diameter (mm) | 95 |
Housing diameter (mm) | 120 |
Width 1 | 10 |
Details | |
Seal type | CDLCCW |
Material type | PTFE |
- Brand: OEM
- SKU: 14018
Description
The CDLCCW 95x120x10 PTFE screw compressor module shaft seal is a specialist component used in various types of screw compressors. It is a product with precisely selected parameters that ensure its proper operation under specific conditions.
The seal is double-lipped, meaning it has two sealing lips. This allows it to effectively protect the compressor module shaft from the penetration of unwanted substances. This is particularly important for compressors operating under difficult conditions, such as high temperatures.
The seal is left-handed (CCW), which means that the direction of the shaft rotation is opposite to the direction of the clock hands. This is important from the point of view of proper installation and operation of the seal.
The operating temperature of the seal ranges from -90°C to 260°C, and can momentarily reach up to 300°C. This means that the seal can withstand extreme conditions that may occur during the operation of the compressor.
The maximum speed that the seal can reach is a linear speed of 25m/s. This is a value that ensures that the seal will function properly even at very high shaft speeds.
The seal has an external casing made of 304 grade stainless steel. This is a steel with high corrosion resistance, which is particularly important for components that come into contact with moisture or other aggressive substances.
The sealing lips of the seal are made of PTFE, or polytetrafluoroethylene. This is a material with very good sealing properties, which is also resistant to high temperatures and various types of chemical substances.
In conclusion, the CDLCCW 95x120x10 PTFE screw compressor module shaft seal is a product with precisely selected parameters, capable of meeting the requirements of even the most demanding applications.