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|---|---|
Valve Plate
Blait
| Parameter | Value |
|---|---|
| Product Name | Efficient Semi-Hermetic Valve Plate for Refrigeration Compressors |
| Brand | Blait |
| Type | Valve Plate |
| Application | Refrigeration Parts |
| Place of Origin | Zhejiang, China |
| Weight | 2 kg |
| Usage | Refrigeration Compressor Components |
| Certification | CE Certified |
| Material | Durable Stainless Steel |
| Applicable Industries | Hotels, Clothing Stores, Building Material Shops, etc. |
| Warranty | 1 Year |
Reciprocating compressor valves are essential for controlling gas flow during the intake and discharge cycles, directly impacting compressor efficiency and reliability. Our high-performance valves are designed to withstand rapid cycling, high pressures, and corrosive gases, making them suitable for applications in oil & gas, chemical processing, and industrial manufacturing. Available in designs such as plate valves, ring valves, and poppet valves, each is engineered for optimal flow and minimal pressure drop.
Plate Valves: Ideal for low-to-medium pressure applications, featuring flat metal plates that lift against stops to allow flow, offering simplicity and durability.
Ring Valves: Used in high-pressure systems, with multiple concentric rings that provide tight sealing and efficient flow in multi-stage compressors.
Poppet Valves: Designed for precise control and low noise, suitable for sensitive applications like medical gas compression or laboratory equipment.
Valves are constructed from premium materials such as stainless steel, Inconel, or coated alloys to resist erosion from high-velocity gas flow and chemical corrosion. For example, in sour gas applications (containing H₂S), Inconel valves with hard-faced coatings ensure long-term reliability without degradation.
The streamlined valve design minimizes turbulence and pressure loss during gas intake and discharge, improving overall compressor efficiency. CFD (computational fluid dynamics) optimized porting ensures maximum flow capacity while maintaining tight sealing during the compression stroke.
Valves are designed with replaceable components, such as springs and seats, to simplify maintenance. Regular inspection of valve wear (e.g., cracked springs or worn seats) can prevent performance degradation. Our valves are tested to withstand millions of cycles, reducing replacement frequency in demanding operations.
1. How do I identify the right valve type for my compressor?
Valve selection depends on pressure range, gas type, and compressor speed. Consult your compressor’s technical manual or contact our team with details about your application (e.g., pressure, flow rate, gas composition) for personalized recommendations.
2. What causes valve failure in reciprocating compressors?
Common causes include excessive wear from high cycle rates, corrosion from aggressive gases, improper installation, or foreign particle ingestion. Regular maintenance and using compatible materials can mitigate these risks.
3. Can your valves be used in cryogenic applications?
Yes, we offer valves designed for low-temperature environments, using materials like stainless steel with enhanced ductility at cryogenic temperatures. Contact us to discuss your specific temperature requirements.
4. Do you provide valve testing services?
Yes, all valves undergo rigorous testing for leakage, flow capacity, and cycle life before shipment. We can also provide custom testing reports upon request.
| Parameter | Value |
|---|---|
| Product Name | Efficient Semi-Hermetic Valve Plate for Refrigeration Compressors |
| Brand | Blait |
| Type | Valve Plate |
| Application | Refrigeration Parts |
| Place of Origin | Zhejiang, China |
| Weight | 2 kg |
| Usage | Refrigeration Compressor Components |
| Certification | CE Certified |
| Material | Durable Stainless Steel |
| Applicable Industries | Hotels, Clothing Stores, Building Material Shops, etc. |
| Warranty | 1 Year |
Reciprocating compressor valves are essential for controlling gas flow during the intake and discharge cycles, directly impacting compressor efficiency and reliability. Our high-performance valves are designed to withstand rapid cycling, high pressures, and corrosive gases, making them suitable for applications in oil & gas, chemical processing, and industrial manufacturing. Available in designs such as plate valves, ring valves, and poppet valves, each is engineered for optimal flow and minimal pressure drop.
Plate Valves: Ideal for low-to-medium pressure applications, featuring flat metal plates that lift against stops to allow flow, offering simplicity and durability.
Ring Valves: Used in high-pressure systems, with multiple concentric rings that provide tight sealing and efficient flow in multi-stage compressors.
Poppet Valves: Designed for precise control and low noise, suitable for sensitive applications like medical gas compression or laboratory equipment.
Valves are constructed from premium materials such as stainless steel, Inconel, or coated alloys to resist erosion from high-velocity gas flow and chemical corrosion. For example, in sour gas applications (containing H₂S), Inconel valves with hard-faced coatings ensure long-term reliability without degradation.
The streamlined valve design minimizes turbulence and pressure loss during gas intake and discharge, improving overall compressor efficiency. CFD (computational fluid dynamics) optimized porting ensures maximum flow capacity while maintaining tight sealing during the compression stroke.
Valves are designed with replaceable components, such as springs and seats, to simplify maintenance. Regular inspection of valve wear (e.g., cracked springs or worn seats) can prevent performance degradation. Our valves are tested to withstand millions of cycles, reducing replacement frequency in demanding operations.
1. How do I identify the right valve type for my compressor?
Valve selection depends on pressure range, gas type, and compressor speed. Consult your compressor’s technical manual or contact our team with details about your application (e.g., pressure, flow rate, gas composition) for personalized recommendations.
2. What causes valve failure in reciprocating compressors?
Common causes include excessive wear from high cycle rates, corrosion from aggressive gases, improper installation, or foreign particle ingestion. Regular maintenance and using compatible materials can mitigate these risks.
3. Can your valves be used in cryogenic applications?
Yes, we offer valves designed for low-temperature environments, using materials like stainless steel with enhanced ductility at cryogenic temperatures. Contact us to discuss your specific temperature requirements.
4. Do you provide valve testing services?
Yes, all valves undergo rigorous testing for leakage, flow capacity, and cycle life before shipment. We can also provide custom testing reports upon request.
