500 Liters Horizontal Tank Mold Type B

Designed and manufactured in Davaran Fidar Maham Co.

Suitable for places where you have height limits. The tank is designed to have no water spillage in transportation. Thanks to in-built feet there’s no need for additional holders.

The rotational mold of this product is fabricated from iron sheets. The pieces are welded together afterwards followed by grinding and polishing the mold’s surface. As the final step the clamping system and the frame will be added.
مخزن آب 1000 لیتری افقی تیپ دو- شرکت دوران فیدار مهام

500 Liter horizontal tank mold type B

Designed and manufactured in Davaran Fidar Maham Co.

Suitable for places where you have height limits. The tank is designed to have no water spillage in transportation. Thanks to in-built feet there’s no need for additional holders.

The rotational mold of this product is fabricated from iron sheets. The pieces are welded together afterwards followed by grinding and polishing the mold’s surface. As the final step the clamping system and the frame will be added.

The product is made of polyethylene, the material most frequently used in rotational molding. The reasons behind polyethylene’s popularity are listed as below:

  • Polyethylene is produced in Iran which makes plastic products a lot cheaper to produce.
  • All fluids and chemicals can be stored in polyethylene tanks with no chemical disturbances.
  • UV resistant.
  • Usable outdoor and in almost every weather.
  • High tension and impact strength.
  • Damaged areas will be easily repairable.
  • Corrosion resistant
مخزن آب 500 لیتری افقی تیپ دو- شرکت دوران فیدار مهام
مخزن آب 500 لیتری افقی تیپ دو- شرکت دوران فیدار مهام

Ever came up with an idea but struggled in making it real? In DFM Co, with more than 15 years in the industry, our designing department will do the job for you. Our team will begin with receiving a sketch or a model of your idea. Then they will have the design engineered, utilized, and simplified for maximum efficiency. Followed by implementing FEA (Finite element analysis) the product’s performance under real life will be fully evaluated. This step helps preventing possible product failures and fixing design flaws before the product is manufactured. Finally, after the customer’s and supervising engineer’s approval, the product will be manufactured and delivered to the customer.