Chemical Drawer Filter Magnets Iron Remover Corrosion Resistant ≤350°C

Chemical Corrosion-Resistant Drawer Type Iron Remover | Corrosion-Resistant Material | Operating Temperature ≤350°C

Product Overview

Drawer type iron remover designed for corrosive media in the chemical industry. It uses special materials such as PTFE lining and Hastelloy alloy, suitable for strong acid and alkali environments, with operating temperatures up to 350°C, equipped with cooling systems to protect the magnet. The device employs an optimized magnetic circuit design, forming a unique magnetic circuit structure with high gradient, high magnetic field, strong pull force, and good separation effect.

Technical Parameters

Application Scenarios

• Fine Chemicals: Iron removal from organic solvents, resin solutions.

• Petrochemical: Iron removal from crude oil, finished oil products.

• Electroplating Industry: Iron removal from electroplating solutions, wastewater.

• Pesticides and Fertilizers: Iron removal from raw material liquids, finished products.

• Dyes and Coatings: Iron removal from pigment suspensions, coatings.

Core Advantages

1. Corrosion Resistance: Special materials adapt to corrosive media.

2. High-Temperature Resistance: Operating temperature up to 350°C.

3. High-Pressure Design: Working pressure ≤2.5MPa.

4. Cooling Protection: Optional cooling system protects magnet.

5. Easy Maintenance: Modular design, quick replacement.

6. Intelligent Monitoring: Real-time temperature and pressure monitoring.

Economic Benefits

• Protect production equipment: Extends equipment life by 30-50%.

• Improve product quality: Impurity removal enhances product purity.

• Reduce maintenance costs: Lowers equipment repair frequency.

• Improve production efficiency: Continuous online iron removal.

• Quick investment return: 8-15 months payback period.

QA

Q1: Can the equipment handle strong acid media?

A: Uses Hastelloy alloy or PTFE lining, capable of handling strong acid and alkali media.

Q2: How does the equipment protect the magnet under high-temperature conditions?

A: Equipped with cooling system to protect the magnet from high temperature effects.

Q3: What is the maintenance cycle for the equipment?

A: Typically 1-3 months inspection interval, depending on working conditions.

Q4: Does it support high-pressure working conditions?

A: Maximum working pressure can reach 2.5MPa.