Air units (Filter) Stainless Steel Type

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Air units (Filter) Stainless Steel Type Specification

Load Capacity
Standard air filter pressure, up to 16 bar

Weight
Approx. 450-850 grams (depending on size)

Coating
Uncoated

Hardness
Hard (specific to Stainless Steel Grade)

Accuracy
High filtration accuracy

Machine Type
Pneumatic filtration system

Thread Type
BSP/NPT

Shape
Cylindrical

Method
Mechanical filtration

Size
1/2 inch, 1 inch, 2 inch (custom sizes available)

Type
Air Units (Filter)

Material
Stainless Steel

Tolerance
0.02 mm

Surface
Polished

Use
Filtration of air in pneumatic systems

Application
Used in industrial pneumatic circuits

Usage & Applications
Filtration of impurities from compressed air, protection of pneumatic equipment

Maintenance
Easy to clean and replace

End Connection
Threaded

Mounting Type
Inline/Panel mount

Max Operating Pressure
16 bar

Life Span
>5 years under normal conditions

Filtration Rating
5-40 microns

Flow Rate
300 2000 L/min (depending on model)

Color
Metallic silver

Operating Temperature Range
-20C to +80C

Corrosion Resistance
Excellent (due to stainless steel construction)

Filter Element Material
Sintered stainless steel mesh

About Air units (Filter) Stainless Steel Type

Air units (Filter) Stainless steel type

Model: MAF410

Body: Stainless steel #316, Port size:PT3/8~PT3/4, Operating pressure range:0~9.9kgf/cm2,Proof pressure:15kgf/cm2

Specifications :

Bore No.	10A,15A,20A
Port size	PT3/8, PT1/2, PT3/4
Medium	Air
Operating pressure range	0~9.9 kgf/cm2 (0~0.99 MPa)
Proof pressure	15 kgf/cm2 (1.5 MPa)
Ambient temperature	5~ 60 (No freezing)
Filter element	Standard:5m Option:40,20m
Weight	1811 g

Efficient Air Filtration for Industrial Pneumatics

Safeguard your pneumatic systems with our stainless steel air filter, designed to trap impurities at 5-40 microns. Its sintered stainless steel mesh ensures consistent high performance, delivering flow rates between 300 and 2000 L/min depending on model. The device maintains structural integrity under pressures up to 16 bar, and its corrosion-resistant build guarantees durability in demanding environments. Ideal for both inline and panel mounting, it supports a range of industrial needs.

Easy Maintenance and Longevity

This air filter features a user-friendly design that enables swift cleaning or replacement of the filter element, minimizing system downtime. Thanks to the robust stainless steel construction, the filter can exceed a lifespan of 5 years under normal operational conditions. Its polished finish and cylindrical form make it a sleek addition to any pneumatic setup.

Versatile Application and Reliable Performance

Our air units are commonly integrated in industrial pneumatic circuits across factories, manufacturing lines, and automation systems. Precision threading (BSP/NPT) in various sizes ensures compatibility with most setups. Its hard, uncoated surface and tight tolerance (0.02 mm) deliver high accuracy, making it an essential component for filtering compressed air and protecting valuable equipment.

FAQs of Air units (Filter) Stainless Steel Type:

Q: How does the sintered stainless steel mesh filter element improve air quality in pneumatic systems?

A: The sintered stainless steel mesh captures particles and impurities as small as 5 microns, ensuring that only clean, contaminant-free air reaches your pneumatic equipment. This prolongs the life of downstream components and enhances system performance.

Q: What benefits does the stainless steel construction provide over traditional filter materials?

A: Stainless steel offers exceptional corrosion resistance, higher mechanical strength, and longer lifespan compared to conventional materials, making the filter suitable for harsh industrial environments and high-pressure pneumatic systems.

Q: Where should these air filters be installed for optimal performance?

A: For best results, install the air unit in-line or on a panel, upstream of sensitive pneumatic devices and machinery. This positioning ensures contaminants are effectively filtered before air enters critical system components.

Q: When should the filter element be cleaned or replaced?

A: The filter element should be cleaned or replaced as part of routine system maintenance, or when there is a noticeable drop in air flow or rise in pressure differential across the filter. Easy-access design allows for swift maintenance.

Q: What processes are used to achieve the high filtration accuracy of these filters?

A: The filter uses mechanical filtration through a sintered mesh, which physically blocks contaminants of specified micron sizes (5-40 microns). This process delivers high-filtration accuracy and reliable air purity.

Q: How do I select the right size and thread type for my application?

A: Choose the size (1/2 inch, 1 inch, or 2 inch) and thread type (BSP or NPT) to match your existing pneumatic connections and system air flow requirements. Custom sizes are also available upon request.

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