It is a device used to distribute compressed air from a single source to multiple outputs in an industrial setting.
Air Header Distribution Manifold
Centralized Safety,Minimized Risks
As experienced, Air Header Distribution Manifolds Manufacturer in Mumbai, Freture offers numerous benefits in industrial processes,by serving as a centralized Air Header Distribution Manifold system for distributing compressed air to multiple outputs.Typically constructed from stainless steel or other durable materials,To ensures consistent air pressure and flow, which is essential for the optimal performance of pneumatic tools and machinery.
Additionally,In Various industrial operation Freture's Air Header Distribution Manifold allows for easier monitoring and control of the air supply, aiding in the swift identification and resolution of issues, thereby minimizing downtime and enhances overall productivity of system. This simplifies both installation and maintenance, reducing potential damage risk and material cost.
Air Header Manifold - 4 Way, 6 Way, 8 Way, and 12 Way
The Air Header Manifold is an essential solution for distributing compressed air or inert gases to multiple control instruments, enhancing operational efficiency and safety in industrial systems. Available in 4 Way, 6 Way, 8 Way, and 12 Way configurations, these manifolds provide flexible options to meet diverse system demands, allowing multiple outputs from a single input source.
Key Features:
High-Quality Construction: Fabricated from stainless steel or carbon steel, air header manifolds are built to withstand harsh environments and ensure durability.
Leak-Free Connections: Precision machining and reliable sealing prevent leakage, even in high-pressure systems, safeguarding performance.
Space Efficiency: With multiple outputs consolidated in one unit, these manifolds optimize space in compressed air or gas distribution setups.
Applications:Air header manifolds are widely used across industries, including petrochemical, oil & gas, chemical processing, and instrumentation, for efficient air or gas distribution. The different configurations (4, 6, 8, and 12 ways) enable streamlined control and monitoring of multiple system points from a single header, reducing the need for extensive piping and simplifying maintenance.
For high-performance Air Header Manifolds tailored to meet industry standards, choose Freture Techno Pvt. Ltd.
Specifications | Features |
|---|---|
Type: 4 Way 6 Way 8 Way / 12 Way End Connection: Flanged, Threaded (NPT/BSP), Welded Size Range: 1/2" to 24" Pressure Rating: #150 to #2500 Temperature Range: -29 °C to 400 °C Body Material: Carbon Steel, Stainless Steel, Alloy Steel Design Standard: API 594, API 6D, ASME B16.34 Number of Outlets : 2 to 20 (customizable) Safety : BS/EN, NACE, API 598 Rev 2009, API 607 Rev 2010 | Modular Design: easy expansion and modifications as per the requirement. Multiple Outlets: connection for multiple instruments or equipment. Volume Capacity: Adequate volume collection and management. Mounting Options: Various mounting options for easy integration. Isolation Valves: Integrated valves for isolating sections. Pressure Gauges: pressure gauges for monitoring. Leak Prevention: leak-proof connections ensuring no loss of compressed air. Safety : Comes with Fire safe design and Pressure Monitoring System. |
Related Products
FAQ’s
Have a question before you buy our products? Take a look at the FAQs below.
If you don’t find the answer you’re looking for, get in touch with us here.
- What is an Air Header Distribution Manifold?
- How does It work?
They typically consist of a main pipe with multiple branches connected to individual outlets. Compressed air is supplied to the header from a central compressor or air supply system and then distributed through the branches to the various pneumatic devices or instruments.
- What is the purpose of It?
The primary purpose of an air header is to provide a centralized and organized distribution system for compressed air, ensuring consistent pressure and flow to pneumatic instruments and devices throughout a facility or process.
- What are the main components of it?
It is typically includes the main header pipe, branch pipes, isolation valves, pressure regulators, filters, and pressure gauges. These components work together to control and regulate the flow of compressed air to the pneumatic instruments or devices connected to the header.
- What benefits does it provide ?
Benefits include improved energy efficiency, reduced maintenance, enhanced reliability, simplified monitoring and control, and minimized downtime.
- How it contribute to safety?
By centralizing air control, they reduce the risk of leaks and pressure drops, ensure consistent air supply, and facilitate quick issue identification and resolution.
- Can Air Header Distribution Manifolds handle other gases besides air?
Yes, they can be used with other inert gases, provided the materials are compatible with the gas being distributed.
- What is the Installation Process?
They are usually mounted on a wall or frame, with inlet and outlet connections securely attached using compatible fittings.
- What maintenance is required?
Regular inspections for leaks, pressure checks, and cleaning are recommended to ensure optimal performance and longevity.
- Why freture is best place to buy it from?
As experienced Air Header Distribution Manifold Manfucaturers in Mumbai, Freture is the best place due to their high-quality manufacturing standards, extensive industry experience, and great customer satisfaction.
Industries where Air Header Manifold is used
Chemical processing
Oil & Gas Refineries
Paper and Pulp Industries
Pharmaceutical Industry
Food And Beverage Industry
Applications of Air Header Manifold
- Heat Recovery Systems: Used in heat recovery steam generators (HRSG) to manage condensate from exhaust gases.
- Steam Injection Systems: Used in enhanced oil recovery to collect and drain condensate, ensuring efficient steam injection.
- Beverage Production: Helps in maintaining the quality of steam used in the production process, ensuring that condensate does not contaminate the product
- Paper Drying: Used in steam-heated drying cylinders to remove condensate and maintain consistent drying conditions.
- Clean-in-Place (CIP) Systems: Manages condensate to maintain the cleanliness and efficiency of CIP systems.
Get in Touch
You will find yourself working in a true partnership that results in an incredible experience, and an end product that is the best.