Dusara's oil boilers blend technical excellence with efficiency. Featuring a 3-pass design, they offer outstanding thermal performance. Available from 300,000 to 5,000,000 kcal for industrial and...
The highly efficient HWB-P is a three-pass boiler designed for 300,000 to 5,000,000 kcal of heating at up to 10 bar.
Experience our Free-Flow Water Boiler. Designed to utilize open, unpressurized water systems, this boiler offers efficient and reliable hot water production. Ideal for applications where low-pressure...
Versatile, efficient, and reliable steam boilers. Ranging from 300 to 12,000 kg/h, our 3-pass design ensures optimal energy conversion for diverse industrial needs, setting new standards in steam...
Versatile, efficient, and reliable steam boilers. Ranging from 300 to 12,000 kg/h, our 3-pass design ensures optimal energy conversion for diverse industrial needs, setting new standards in steam...
Quick Coupler – R Type Combo
Providing quick and efficient hose connections, this aluminum coupling features a female coupler with hose shank.
Crafted from aluminum with male groove camlock and female NPT threads, this coupling ensures secure hose connections.
Designed for easy connection and disconnection, this aluminum coupling features a male groove camlock with female NPT threads.
This aluminum coupling provides quick and secure hose connections in fire-fighting applications. BS-standard threading ensures reliability in critical situations.
Rubber Expansion Joint
Landing valve - NPT Threaded
Fire Hydrant Flanged Oblique Landing Valve
Fire Hydrant Threaded Oblique Landing Valve
Fire Hydrant Threaded Oblique Landing Valve
Fire Hydrant Threaded Oblique Landing Valve
This brass landing valve features a 2-way inlet design for efficient water supply in building firefighting systems. UL listed and FM approved, it meets stringent safety standards for reliable...
This cap, constructed from durable plastic, provides protection for landing valves and breeching inlets. Equipped with a secure chain for easy attachment and access.