1. Minimize customers expenses by readjusting price.

  2. Maximize savings in fuel expenses by developing advanced energy-efficient designs.(Patent pending)

  3. Sharply reduce required floor space through optimized design.

  4. Maximize the life of thermal oil by reducing carbonization via efficient boiler tube design.

  5. Maximize efficiency and durability of the boiler via efficient design of heating area.

  6. Designed in a way appropriate and perfect for the production facilities of diverse industries.

  It contributes to improving the quality of products and increasing production quantity, and minimize the occurrence of nonconformities.

  7. The one-touch front panel makes the boiler easy to maintain and repair.

  8. Thermal oil anti-oxidation mechanism prolongs the life of thermal oil and maximizes the efficiency of heat transfer.(Patent pending)

  9. Minimize service interruption for maintenance and repair by installing dual oil burner gear  pumps.(Patent pending)

 10. Prevent oil overflow by adopting an oil service tank sealing system.(Patent pending)

 11. Technical installation of castable refractories inside the boiler minimizes the damage by fire to the refractory materials.