Pressure Vessel Iron Sheet Mold

Manufactured in Davaran Fidar Maham Co.

Plastic pressure tank is available in 150 liter capacity. Polyethylene, as the main material used in producing the product, has benefits, alongside its’ high strength and durability, which are as below:

  • Since most of rotational molding’s raw materials are produced in Iran, plastic products are fairly cheaper here.
  • Usable outdoors, under direct sunlight, and any temperature.
  • Corrosion resistance in contact with moisture.
  • Damaged areas will be easily repairable.
  • No chemical reactions between the tank and the fluid inside.
مخزن کروی تحت فشار 150- شرکت دوران فیدار مهام
مخزن کروی تحت فشار 150- شرکت دوران فیدار مهام

Pressure vessel iron sheet mold

Manufactured in Davaran Fidar Maham Co.

Plastic pressure tank is available in 150 liter capacity. Polyethylene, as the main material used in producing the product, has benefits, alongside its’ high strength and durability, which are as below:

  • Since most of rotational molding’s raw materials are produced in Iran, plastic products are fairly cheaper here.
  • Usable outdoors, under direct sunlight, and any temperature.
  • Corrosion resistance in contact with moisture.
  • Damaged areas will be easily repairable.
  • No chemical reactions between the tank and the fluid inside.
مخزن کروی تحت فشار 150- شرکت دوران فیدار مهام

This product’s mold is fabricated from iron sheets. Firstly, product is modeled, utilized, and simplified. Iron sheets are then sheared, bent and shaped. Followed by welding sheets, grinding, and polishing the surface and welded areas the frame, inserts, and clamping system will be added and the mold will be ready to use.

Our designing department in DFM Co., with more than 15 years of experience in the industry, will shape your idea. To begin the process our engineers will receive your idea’s sketch or model. Then the model will be utilized and simplified to reach maximum function and cost efficiency. Followed by implementing FEA (finite element analysis), the product’s function in real life conditions will be evaluated and any design flaws will be fixed and possible failures prevented. Ultimately and after the customer’s and the supervising engineer’s approval, the mold will be manufactured and sent to the customer.