UTAM Ball Float Steam Trap 1 Inch
The 1 Inch Ball Float Steam Trap from UTAM is a highly efficient condensate drainage device designed for steam systems. It automatically removes condensate, air, and non-condensable gases from steam lines while preventing steam loss, ensuring maximum thermal efficiency and smooth plant operation. These steam traps are widely used in process industries, textile plants, chemical industries, food processing units, pharmaceutical plants, and heating systems.
The ball float mechanism works continuously to discharge condensate as soon as it is formed. As condensate enters the trap body, the stainless steel float rises and opens the valve, allowing condensate to drain automatically. When steam reaches the trap, the float drops and closes the valve tightly, preventing valuable steam from escaping. This continuous discharge operation ensures stable temperature control and improved energy efficiency.
Manufactured using high-quality cast iron or stainless steel body construction, UTAM Ball Float Steam Traps offer excellent durability, corrosion resistance, and long service life even in demanding industrial environments. The 1 inch connection size makes it suitable for medium to large steam pipeline systems requiring efficient condensate management.
Features:
Continuous condensate discharge
Prevents steam leakage
High thermal efficiency
Heavy-duty construction
Corrosion-resistant body
Suitable for high-pressure steam applications
Easy maintenance and long service life
Applications:
Steam boilers
Heat exchangers
Steam processing plants
Textile industries
Food and beverage industries
Chemical processing units
HVAC and heating systems
Specifications:
Product Type: Ball Float Steam Trap
Brand: UTAM
Size: 1 Inch
Connection Type: Threaded / Flanged
Media: Steam
Body Material: Cast Iron / Stainless Steel
Operation: Automatic Float Mechanism
The UTAM 1 Inch Ball Float Steam Trap is an ideal solution for efficient condensate removal, reduced energy loss, and reliable steam system performance in industrial applications.
