High-Quality Copeland Parts Valve Plate for 06tj Compressor

• Customization: Available
• Cooling Method: Direct Cooling
• Certification: ISO
• Model NO.: 06TJ
• Condition: New
• Transport Package: Carton Box
• Specification: 06TJ
• Trademark: Copeland
• Origin: Zhejiang, China
• Production Capacity: 1000 Piece/Pieces Per Month

Product Description

Clean valve processing and assembly improves sealing and performance.

Use pressure seats without pores to improve sealing.
The suction reed with smooth surface and center cut ensures a reasonable design.
Bltzer original valve plate Clean valves are processed and assembled to improve sealing and performance. Use pressure seats without pores to improve sealing. The suction reed with smooth surface and center cut ensures a reasonable design. Poor machining of the Febltzer original valve plate and poor surface quality, especially on the seat, can lead to leaks during operation. Sharp seat edges and poor surface quality can affect the leakage rate through the valve.

By meticulously processing and assembling clean valves, we've significantly enhanced both the sealing and the overall performance of our products.

Our precision-engineered pressure seats, meticulously crafted without any pores, are key to achieving superior sealing capabilities.
Featuring a sleek surface and a strategically placed center cut, our suction reed showcases a design crafted for optimal functionality and efficiency.
The Bltzer original valve plate is engineered with precision, incorporating clean valves meticulously processed and assembled to elevate both sealing and performance. Utilizing pore-free pressure seats, we ensure enhanced sealing effectiveness. The suction reed, characterized by its smooth surface and central cut, is thoughtfully designed for optimal performance. However, subpar machining of the Febltzer original valve plate and inadequate surface quality, particularly on the seat, can result in leaks during operation. Additionally, sharp seat edges and poor surface integrity can significantly influence the valve's leakage rate.