Designed and Manufactured by Davaran Fydar Maham
Application and Configuration
The 1000-liter polyethylene tanks are specifically designed for towed sprayers.
They are provided as a three-part assembly, allowing for the integration of a handwash tank and a system rinse tank.
This configuration makes agricultural operations more complete, hygienic, and efficient.
Material and Benefits of Polyethylene Tanks
These tanks are made of polyethylene, a material offering numerous advantages that make it an ideal choice.
Advantages of Using Polyethylene
- High strength and durability — resistant to impact, pressure, and harsh working conditions
- Easy repairability — damaged areas can be quickly fixed without specialized tools
- No chemical interaction — does not react with chemicals or liquids it comes into contact with (e.g., pesticides and fertilizers)
- High coefficient of expansion and contraction — resistant to thermal stress caused by weather changes and seasonal variations
Domestic Raw Material Production and Cost-Effectiveness
The raw materials for these tanks are fully produced within the country, eliminating the need for imports.
This significantly reduces production costs and enhances the product’s competitiveness in both domestic and international markets.
Mold Fabrication and Production Process
The molds for these tanks are fabricated from ST37 steel sheet with high precision.
Technical Features of the Mold
- Integrated metal inserts for embedding brass fittings and other connectors
- Threaded inserts on the tank lid for secure cap installation
- Optimized design to improve quality and reduce waste
Specialized Service: Turning Ideas into Products
Davaran Fydar Maham, with over 15 years of experience in mold manufacturing and rotational molding, is ready to assist you in turning your idea into a real product.
Idea-to-Product Process
- Receiving the customer’s initial idea or sketch
- 3D modeling using SolidWorks software
- Performance simulation under real conditions using engineering analysis software like ANSYS and Abaqus
- Predicting and resolving structural and technical issues before physical production
- Design optimization to improve strength and reduce costs
- Mold production and delivery to the production line or customer
This process prevents economic losses, wasted time, and defective product manufacturing.