CEFI 25 steam trap one piece design with custom orifice made from special stainless and the most advanced steam traps on the market, reduces energy loss, has the ability to automatically regulate discharge flow through the condensate water system. There are no moving parts inside so the possibility of damage and need for maintenance during operation is low. Connect the steam trap to the pipe system with threads. Steam traps are designed up to size DN25 with variety flows rate. It is depending on each the technological system. Install horizontally or vertically. The direction is marked on the steam trap body. Guaranteed successful operation with each application.
Steam trap application for heating systems, moisture separation, water discharge on main pipeline.
Series CEFI 25
Size DN08 to DN25
Connections Threaded end NPT, ISO 228
Body Material Special stainless steel
Design Pressure PN40
Design Temperature 350°C
Benefits of our Technology:
- Reduce energy consumption loss
- Reduce energy up to 20%
- Heating efficiency
- Efficient and stable heating system
- Highly resistant with water hammer
- No moving parts, so low maintenance costs
- Low operating costs
- Compact, lightweight, low heat emissions
- Water and chemical treatment savings
- Improved cash flow
- Each trap supplied with full sizing and commissioning service
- Over10 years performance guarantee.
How It Works:
CEFI 25 steam trap operating with orifice principle. At start up the cold condensate and air release via orifice hole with maximum capacity. Condensate from system lease via office hole, automatic modulating condensate release to condensate pipeline...
Customers sectors:
- Hospitals & Hotels
- Food Processing Plants
- Pharmaceutical Industry
- Chemical Industry
- Manufacturing Industry
- Oil & Gas Industry
- Paper & Pulp Industry
- Industrial Sector
- Commercial Laundries
- Power Plants
- Beverage Industry
- Textile Industry
- And many more.
Dimensions (mm):
Typical Application:
1. MAIN PIPELINE
2. STEAM SEPARATOR
3. HEAT EXCHANGER
4. AIR HEATING SYSTEM
