China Tube Settler Media Suppliers - High-Efficiency PVC & PP Factory Solutions for Water Treatment Applications
Product Description
Product Application
Design and build new clarifiers and settling tanks equipped with tube settlers.
Retrofit existing clarifiers and sedimentation basins with tube modules to increase settling capacity and increase throughput.
Provide replacement tube modules for existing installations, Our Environmental designs and builds liquid cleaning and recycling equipment including:
Circular Clarifiers
Parallel Plate Settlers
Tube Settlers
Horizontal and Vertical Clarifiers
Air Strippers
API Separators
Oil Recovery Units
Complete Engineered Systems
Frequently Asked Questions (FAQ)
Q1: What is the main purpose of PP PVC Material Tube Settler Media?
A1: It is designed to increase the settling capacity in clarifiers and sedimentation tanks. By reducing the vertical settling distance, it improves particle separation, making it highly effective for sand removal and water purification.
Q2: What is the difference between PP and PVC tube settler media?
A2: PP (Polypropylene) offers excellent chemical resistance, higher temperature tolerance, and is food-grade safe for drinking water. PVC (Polyvinyl Chloride) is rigid, highly durable, and provides excellent structural strength and UV protection.
Q3: Can these tube settlers be installed in existing water treatment systems?
A3: Yes, our tube settler media is ideal for retrofitting existing clarifiers and sedimentation basins. It allows facilities to significantly increase throughput and settling capacity without expanding the physical footprint.
Q4: In which applications is this media most commonly used?
A4: It is widely used in primary and secondary clarifiers, circular clarifiers, parallel plate settlers, API separators, oil-water separation systems, and municipal drinking water treatment facilities.
Q5: How does this product help in reducing facility space?
A5: The chevron-shaped design of the tubes multiplies the effective sedimentation surface area up to 4 times. This allows new clarifiers to be designed much smaller, saving valuable space and construction costs.

