Magnetic Liquid Trap Separator for High-Pressure and High-Temperature Applications

Product Overview

The Magnetic Liquid Trap Separator features a robust 304 / 316L stainless-steel housing with full-welded, leak-proof construction. Inside, high-intensity Neodymium magnetic cores generate up to 12,000 Gauss in standard models — and up to 14,000 Gauss for special  . Also，special high-temperature（more than 300 °C  engineered for demanding processes.

It comes in two main types:

• Standard type: for typical liquid and slurry systems.

• Easy-clean type: with a quick-release magnetic core for fast maintenance and reduced downtime.

The advanced magnetic circuit captures fine ferrous particles down to sub-micron size, ensuring product purity and minimizing wear in downstream equipment.

* All specifications can be customized based on your flow rate and pipeline pressure.
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High Pressure & Temperature Resistance

Engineered for performance stability, the trap’s durable body structure provides pressure resistance up to 10 kg if needed, allowing safe operation even in sealed pipelines and pneumatic powder conveying systems.
The high-temperature magnetic trap model maintains strong magnetic performance at temperatures exceeding 350 °C, ideal for thermal processing lines, paint, or resin industries where heat resistance is critical.

Connection Versatility

To integrate easily into various industrial setups, the Magnetic Trap Filter offers flexible connection options:

• Tri-Clamp (sanitary) — for hygienic food and beverage production.

• Threaded (BSP/NPT) — for general industrial lines.

• Flanged — for heavy-duty or large-volume piping systems.

This adaptability makes it a top choice among high-pressure magnetic liquid filter solutions requiring both precision and durability.

Working Principle

During operation, the process fluid passes through a chamber containing high-intensity magnetic rods. Ferrous impurities are attracted to the rod surface while the purified liquid or gas continues downstream.
In easy-clean models, users can remove the magnetic assembly, discharge captured metals, and quickly resume production — improving maintenance efficiency and reducing contamination risk.
Watch Video To See how MAG SPRING® effectively removes fine iron particles in a real-world liquid flow simulation

Application Scope

The Magnetic Liquid Filter for Pipeline Systems is widely used in:

• Food & Beverage: chocolate, syrup, sauce, and dairy lines.

• Chemical processing: paint, resin, pigment, and additive filtration.

• Pneumatic powder transport: dry fine powder systems that require airtight design to prevent leakage.

• Pharmaceutical and cosmetic: sanitary filtration in liquid and semi-liquid materials.

Our magnetic liquid traps meet the rigorous hygiene standards of the global food and dairy industry.

⚠️ Note: This model is maybe not suitable for sticky or bridging-prone liquids that require heating to stay fluid. For such materials, see our Insulated Magnetic Separator for Hot Viscous Liquids.

Industry	Typical Use
Food & Beverage	Syrup, chocolate, sauce iron-removal in sanitary lines.
Chemical Process	Filtering iron particles in paint, pigment, or resin.
Pneumatic Conveying	Removing ferrous dust in dry, air-driven powder systems.
Pharmaceuticals	High-purity liquid processing under GMP conditions.
Thermal Processing	High-temperature liquid and gas filtration up to 350 °C.

 

Key Features

• Magnetic strength: up to 14,000 Gauss (high-temp version)

• Working temperature: ≤ 300 °C continuous, short-term peak > 300 °C

• Pressure resistance: up to 10 kg

• Stainless steel 304 / 316L construction

• Available in standard and easy-clean types

• Connection options: Tri-Clamp, threaded, flanged

• Compatible with liquid, slurry, and pneumatic powder lines

• Compact design for quick installation and maintenance

 Related Products

• Automatic Self-Cleaning Magnetic Filtration System for Liquid

• Insulated Magnetic Separator for Hot Viscous Liquids

• Sintered NdFeB Magnets

FAQ

Q1: What is the maximum magnetic strength?
A: Standard models reach 12,000 Gauss, while special versions achieve up to 14,000 Gauss for high-precision separation.

Q2: Can it handle high temperatures?
A: Yes, the high-temperature model maintains magnetic stability above 300 °C.

Q3: What is the maximum operating pressure?
A: The reinforced housing is rated for up to 10 kg pressure, ideal for liquid or air-driven systems.

Q4: Is it easy to clean?
A: Yes, easy-clean models use a quick-release core design for rapid maintenance.

Q5: What connection types are available?
A: You can choose Tri-Clamp, threaded, or flanged connections depending on your installation needs.

Q6.What interface standards does this system comply with?

HG20592 PN10 PL(B) RF
HG20615 Class150 SO RF
10K(KS b1503/JIS B2220) RF
DIN2576 PN10(DIN)
ANSI B16.5 Class 150 lb SO RF
other..

Q7.What are the typical materials for sealing elements?

Sealing components are manufactured from a variety of materials depending on the application environment, operating temperature, and chemical compatibility. The most common materials include:

• Silicone Rubber (SIL)

• Polytetrafluoroethylene (PTFE)

• Nitrile Butadiene Rubber (NBR)

• Fluoroelastomer (FKM, e.g. Viton®)

• Ethylene Propylene Diene Monomer Rubber (EPDM)

• Encapsulated O-Ring with PTFE (CHEM)

• Others (Customized materials available upon request)