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...
The Foam Pourer features a durable carbon steel construction with a stainless steel internal mesh, suitable for high-pressure applications. Its flanged connection and red thermoplastic powder coating...
The Square Type Foam Chamber is crafted from carbon steel. Its external red coating ensures durability and visibility in emergency situations.
Engineered from carbon steel, this foam chamber offers efficient foam generation with a flanged connection for easy installation. Its red epoxy finish ensures durability and visibility in fire...
This carbon steel foam chamber generates foam for fire suppression systems, featuring a flanged connection for easy installation. With a high expansion rate, it ensures effective firefighting...
With a high flow rate and adjustable foam injection rate, this foam generator offers efficient foam generation for firefighting applications. Its sturdy brass construction and aluminum adaptor ensure...
Engineered for foam systems, this ratio controller provides precise control over foam injection rates. With its brass construction and Storz standard fittings, it ensures compatibility and durability.