Designed and Manufactured by Davaran Fydar Maham
Application and Benefits of Horizontal Design
The 500-liter horizontal polyethylene water tank is designed for storing drinking water and liquids that do not chemically react with polyethylene.
It is ideal for locations with limited vertical space and can be easily installed in confined areas.
Its special design prevents liquid spillage during transportation, enhancing safety and ease of handling.
Additionally, integrated support legs are built into the design, which not only facilitate transport and installation but also eliminate the need for purchasing separate stands.
Material and Benefits of Polyethylene Tanks
This tank is made of polyethylene, a durable and versatile material suitable for industrial and consumer applications.
Advantages of Using Polyethylene
- Suitable for storing drinking water and non-reactive liquids (e.g., agricultural pesticides)
- No chemical interaction with tank contents
- UV-resistant — no discoloration or cracking under sunlight
- High resistance to brittleness — even at low temperatures
- Easy repairability — damaged areas can be quickly fixed without specialized tools
- Suitable for all weather conditions — due to high expansion and contraction coefficient
Mold Fabrication and Production Process
The rotational mold for this tank is fabricated from ST37 steel sheet with high precision and in accordance with industrial standards.
Technical Features of the Mold
- Integrated metal inserts for creating threaded openings on the tank lid
- Ability to embed brass fittings into the tank walls
- Optimized design to reduce waste and improve production quality
Specialized Service: Turning Ideas into Products
Davaran Fydar Maham, with over 15 years of experience in rotational molding, offers comprehensive services for mold design, optimization, production, and repair.
Idea-to-Product Process
- Receiving the customer’s initial idea or sketch
- 3D modeling using specialized software
- Performance simulation under real-world conditions using engineering software (e.g., ANSYS, Abaqus)
- Predicting and resolving defects before physical production
- Design optimization for increased durability and reduced costs
- Mold and final product manufacturing
This precise, engineering-driven process prevents wasted time, expenses, and defective product manufacturing.