Mild Steel Sand Carbon Filter Specification
- Height
- 900 Millimeter (mm)
- Diameter
- 650 Millimeter (mm)
Mild Steel Sand Carbon Filter Trade Information
- Payment Terms
- Cash in Advance (CID)
- Supply Ability
- 10 Per Month
- Main Domestic Market
- All India
About Mild Steel Sand Carbon Filter
The Mild Steel Sand Carbon Filter is designed to deliver efficient filtration performance for high-volume applications. Constructed from durable mild steel, this filter offers exceptional longevity and strength. With a height of 900 mm and a diameter of 650 mm, it is a compact yet robust solution for industries requiring superior filtration capabilities. Supporting a flow rate of 1000 m/hr, this filter ensures high-speed filtering while maintaining excellent sand and carbon separation. Ideal for deploying in both commercial and industrial settings, this sand carbon filter is a reliable choice for effective water or air purification systems. The product is brand-new and engineered for consistent operation, making it suitable for manufacturers, suppliers, service providers, distributors, and traders seeking a high-quality solution for medium- to large-scale operations.
FAQs of Mild Steel Sand Carbon Filter:
Q: What is the purpose of the Mild Steel Sand Carbon Filter?
A: The Mild Steel Sand Carbon Filter is designed for filtration applications that require efficient separation of sand and carbon in water or air purification systems.
Q: What is the flow rate of this product?
A: The filter supports a flow rate of 1000 m/hr, ensuring high-speed and effective filtration.
Q: What materials is the filter made of?
A: The filter is constructed from durable and robust mild steel for long-lasting performance.
Q: What are the dimensions of the filter?
A: The filter has a height of 900 mm and a diameter of 650 mm, making it a compact yet powerful filtration solution.
Q: Is this product suitable for industrial use?
A: Yes, with its high capacity and durable construction, it is highly suitable for industrial and high-volume commercial use.