Boiler and Heater Supplier and Installer for Greenhouses
Heating a greenhouse is traditionally done by using a central gas boiler (electric heater) that heats water that is distributed in the greenhouse. This method of radiant heating works on the same principle as the average central heating system in homes.
Our company provides and installs heating systems specifically designed for greenhouses.
What we do is as bellows:
- Supply boilers and heaters: They sell various types of boilers and heaters suitable for greenhouse environments. These might include gas, oil, or electric options.
- Install heating systems: They set up and connect the boilers and heaters, ensuring they work efficiently and safely within the greenhouse structure.
- Provide expertise: They often have knowledge about greenhouse heating requirements, helping customers choose the right system for their needs.
We are specialists in creating a warm and controlled environment for plants to grow year-round.
Heating System
Optimize your greenhouse climate with our advanced heating and cooling systems.
Firebox hot water boiler
Firebox hot water boiler, designed to fit compact engine rooms, meet customer demand by adhering to the BS 855 standard. These high-efficiency boilers offer capacities ranging from 82,000 to 700,000 kcal/hour at operating pressures of 6 to 10 bar. Constructed with 17Mn4 alloy steel sheets and ST35-8 refractory tubes, these boilers provide superior heat transfer while being more portable than traditional models.
Horizontal wet back hot water boiler
Horizontal wet back hot water boiler, feature a unique design where the combustion chamber is in direct contact with water. This enhances heat transfer efficiency as combustion gases pass through the furnace and interact with the water-filled chamber before entering the second pass of pipes. This multi-pass system, without an economizer, can achieve a high level of efficiency
Horizontal dry back hot water boiler
Horizontal dry back hot water boiler, employ a multi-pass design for efficient heat transfer. Combustion gases from the burner traverse the furnace, then ascend through the smoke box, passing through multiple pipe sections. This design, without an economizer, allows for an efficiency of up to 86%.
