CF8 CF8M WCB Thermodynamic Steam Trap - 0.05-6.4 MPa Pressure Range, DN15-DN150 Port Sizes
Price:
USD19.9/Set - USD539.9/Set
MOQ:
1 Set
Delivery Time:
One week
Brand:
JGPV
Product Description
Thermodynamic Disc Steam Trap Overview
The CF8/CF8M/WCB thermodynamic disc steam trap operates on thermodynamic principles, utilizing the distinct flow characteristics of steam and condensate. This technology creates dynamic pressure variations that automatically control valve plate movement for efficient steam blockage and condensate drainage.
Technical Specifications
| Parameter | Value | Parameter | Value |
|---|---|---|---|
| Working Pressure | 0.05-6.4 MPa | Maximum Working Temperature | 325℃ |
| Port Size Range | DN15-DN150 | Leakage Rate | <3% of actual displacement |
| Under-cooling | 8℃ | Maximum Back Pressure | 50% |
| Body & Bonnet Materials | WCB, CF8 | Disc Plate Materials | 2Cr13, CF8 |
| Seat Materials | 2Cr13, CF8 | Filter Materials | CF8 |
Key Features & Benefits
- Robust construction with lightweight design and compact dimensions for space-efficient installation
- Wide pressure range operation from 0.05 to 6.4 MPa without requiring manual adjustments
- Integrated air discharge system ensures rapid removal of initial air for immediate pneumatic operation
- Superior resistance to overheating and freezing conditions with flexible installation orientation
- Efficient condensate removal with minimal steam loss through advanced thermodynamic operation
Application Areas
Ideal for steam main pipelines, heat tracing systems, jacket volutes, and various small-scale steam equipment across industrial applications.
Performance Guarantee
Engineered for reliable operation with leakage rates below 3% of actual displacement, ensuring optimal energy efficiency and system performance.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Shanghai Jianggong Valve Manufacturing Co., Ltd.
Location
No. 5089, Nanzhu Road, Zhuqiao Town, Pudong New Area, 201324, P. R. China
Contact Person
David Chen