High Efficiency Boilers Saudi Arabia

Technical Engineering Solutions Co (TESI) offers High Efficiency Boilers Ksa with advanced heating systems designed to maximize energy use while minimizing waste. These boilers operate at higher efficiency levels compared to traditional models, meaning they convert a greater percentage of fuel into usable heat. This not only leads to lower energy bills but also reduces environmental impact by decreasing greenhouse gas emissions. By utilizing innovative technology, high efficiency boilers provide reliable heating solutions for both residential and commercial applications, ensuring optimal performance and comfort.

High Efficiency Boilers KSA-High Thermal Efficiency

Technical Engineering Solutions Co (TESI) has enhanced its offerings in High Efficiency Boilers Saudi Arabia by incorporating a spacious corrugated furnace along with double-threaded smoke pipes, both internally and externally. This innovative design significantly boosts the heat exchange rate in the steam boiler.

Employ Special Materials

At TESI we employ special materials such as aluminium silicate fibre are used as boiler insulation materials to effectively reduce heat loss during the operation. In order to make the fuel burn 100%, TESI Technical Engineering Solutions Co chooses burners from well-known brands.

Durability

TESI Technical Engineering Solutions Co ensures the highest quality of its products. Utilizing cutting-edge fully automatic CNC machinery, each weld on the TESI boiler has been verified through X-ray inspection, confirming exceptional quality. Prior to leaving the facility, the boiler undergoes a water pressure test at the rated pressure to guarantee it meets 100% qualification standards.

Fully Equipped TESI Boilers

TESI boilers are equipped with highly regarded low nitrogen burners and come with supplementary features such as heavy oil heaters and air compressors to guarantee efficient fuel combustion. Each unit is provided with an air compressor and a storage tank, which helps to stabilize the air supply and reduce the number of times the compressor needs to start. This thoughtful design improves the effectiveness of ash removal and decontamination operations.