500 LITERS MOUNTED SPRAYER TANK

Designed and manufactured in DFM Co.

500 liters tank designed for mounted sprayers and in a way to minimize the amount of force exerted on tractor arms.

The most commonly used raw material in rotational molding is polyethylene. Which, also, is used in making this tank. The reasons for its popularity are listed below:

  • UV resistant.
  • Usable outdoors and in different weathers.
  • High durability due to high yielding stress and impact strength.
  • Corrosion resistant.
  • Able to contain a wide range of fluids, from aggressive compounds to drinkable water, with no chemical disturbances.
  • Damaged products can be easily repaired
مخزن 500لیتری- شرکت دوران فیدار مهام
مخزن 500لیتری- شرکت دوران فیدار مهام

500 LITERS MOUNTED SPRAYER TANK

Designed and manufactured in DFM Co.

500 liters tank designed for mounted sprayers and in a way to minimize the amount of force exerted on tractor arms.

The most commonly used raw material in rotational molding is polyethylene. Which, also, is used in making this tank. The reasons for its popularity are listed below:

  • UV resistant.
  • Usable outdoors and in different weathers.
  • High durability due to high yielding stress and impact strength.
  • Corrosion resistant.
  • Able to contain a wide range of fluids, from aggressive compounds to drinkable water, with no chemical disturbances.
  • Damaged products can be easily repaired
مخزن 500 لیتری- شرکت دوران فیدار مهام

There are several plastic manufacturing techniques used to produce plastic parts. Each having their own benefits and their special use. One of these techniques is rotational molding. Used for molding hollow products in different sizes, up to 50,000L tanks, is popular because of the uniform wall thickness it offers, lower expenses compared to other techniques, and more importantly its cost effectiveness even in low volume productions. Rotational molds, as an integral component of a rotational facility, play an important role in the industry.

500 liters mounted sprayer tank is fabricated from iron sheets and how it’s done is described briefly below:

  • Product is modelled and the initial design is evaluated, simplified, and utilized.
  • The iron sheets are sheared and shaped.
  • Pieces are welded together.
  • The mold is grinded and polished to reach the desired surface finish.
  • As the final step, the inserts are implemented into the mold followed by installation of the frame and clampings.

It’s also possible to emboss or deboss custom brand or additional texts unto the products surface.

In DFM Co., with more than 15 years of experience in the industry and alongside free business consultations and feasibility studies, we can also make your custom product’s mold to turn your ideas into reality. To do so:
• Our designing department will firstly receive a sketch or a model of your idea.
• (If a sketch was provided) the product will be modelled.
• The initial model will be utilized and simplified at the following step.
• Through FEA (Finite element analysis) the products behavior in real life conditions will be simulated and thoroughly analyzed. This helps preventing possible design failures and also fixing design flaws.
• The customer’s and the supervising engineer’s approval will be required before the final step; which is manufacturing the mold and delivering it to the customer.
Cost and time efficiency were two key factors when developing this procedure. And through a complete analysis of the part before production, unnecessary expenses will be significantly reduced.