Customer Cases

Coalescing Filter MIL.4-362: For Superior Phase Separation

The MIL.4-362 High-Efficiency Coalescing Filter Element is a precision-engineered solution designed for the critical removal of aerosols, fine droplets, and particulate contaminants from compressed air, gas, and fuel systems. Built to meet stringent military-derived specifications (MIL-4-279), it ensures exceptional phase separation and delivers ultra-clean, dry, and protected output for sensitive downstream equipment and processes.

iltration Rating (Liquid) :

0.1 µm

Initial Efficiency :

≥ 99.9%

Coalescing Filter MIL.4-362: For Superior Phase Separation

Product Introduction

1. Product Concept (产品概念)
The MIL.4-362 is a precision-engineered, high-performance coalescing filter element designed to meet stringent military-derived performance standards. Its core concept is advanced phase separation: to reliably and efficiently remove liquid aerosols (such as oil and water droplets), fine particulates, and solid contaminants from compressed air, gas, and liquid streams. Unlike standard filters, it operates on the principle of coalescence — capturing sub-micron droplets on specialized media, merging them into larger ones, and allowing them to drain away by gravity. This ensures the delivery of ultraclean, dry, and protected output, safeguarding sensitive downstream equipment and ensuring process integrity.

2. Key Features & Advantages (核心特点与优点)
The MIL.4-362 stands out through its superior engineering, offering distinct advantages:

  • Exceptional Separation Efficiency: Achieves near-total removal of liquid aerosols down to 0.1 microns, ensuring exceptionally dry and clean output.

  • High Contaminant Holding Capacity: Features an optimized multi-layer, gradient-density media structure that maximizes dirt-holding capacity, leading to extended service life and reduced operational costs.

  • Robust & Reliable Construction: Built with durable, corrosion-resistant materials (e.g., stainless steel core, compatible seals) for stable performance in demanding conditions and with various media.

  • Guaranteed Compliance & Direct Fit: Manufactured to strictly comply with the MIL.4-279 specification, ensuring it is a direct, high-performance replacement for original equipment, guaranteeing system compatibility and performance.

  • Enhanced System Protection: Prevents liquid carryover and contamination, which minimizes equipment corrosion, reduces downtime, and significantly extends the lifespan of valuable downstream components (valves, instruments, engines).

3. Primary Application Fields (主要应用领域)
The MIL.4-362coalescer is critical in any application where fluid purity and equipment protection are paramount. Key application areas include:

  • Compressed Air Systems: Protecting pneumatic tools, air bearings, spray guns, and sophisticated control instrumentation from oil and water contamination.

  • Fuel & Lube Oil Conditioning: Ensuring clean, dry fuel for diesel engines, gas turbines, and power generation sets to prevent injector fouling and combustion issues.

  • Process & Instrumentation Gas: Purifying gases (e.g., natural gas, nitrogen, hydrogen) used in analytical instruments, chemical processes, and food & beverage production to ensure accuracy and product quality.

  • Aerospace & Defense: Serving in ground support equipment, aircraft fuel systems, and naval applications where adherence to military standards is required for reliability and safety.

  • General Industrial Manufacturing: Providing critical protection in automotive painting, pharmaceutical manufacturing, and electronics production where clean, dry air or gas is essential.

4. Common Models:

I-614C5TB

l-622C5TB

l-628C5TB

l-633C5TB

l-638C5TB

l-644C5TB

l-656C5TB

SO-424V5

SO-430V

SO-436V

SO-424V

SO-624VA

SO-630VA

SD-6333A

SO-640V

SO-644V

SO-648V

SD66W5S

SO-644VA5

SO-644V5

SO-648V5

SO-614VA5

SO-623VA5

SO624V5

SO-623VA5

SO624VA5

SO-630PV5

SO636PV5

SO640PV5

SO-644PV5

SO-633VA5

SO-640VA5

SO-644PV5

SO-644V5

SO-640V5

SO-644VA5

SO-644PV5

SO-646V5

Product Technical Parameters

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