Manufacturer, Exporter and Supplier of Industrial Strainers and Filters Call: +91 7208148600 Mail Us: mail@asreengineering.com
Fully customizable Automatic Self-
Cleaning Strainers for industries
Automatic Self-Cleaning Strainer Manufacturer in Mumbai India
Asre Engineering Automatic Self-Cleaning Strainers manufacturer in Mumbai, India, designs advanced filtration systems for industries demanding uninterrupted flow. These self-cleaning strainers remove suspended particles from liquids while operating continuously, which ensures efficient performance with reduced manual maintenance. The automatic backwash mechanism cleans the filter element during operation and maintains smooth flow.
Engineered for pipelines, process plants, water treatment, chemical units, and refineries, this strainer improves process efficiency. It lowers downtime and extends equipment life through consistent filtration. The design supports various flow capacities and high-viscosity fluids. It also minimizes human intervention.
This solution reduces operating costs and prevents clogging, corrosion, and pump damage. It delivers reliable long-term performance with excellent filtration accuracy.
The Automatic Self-Cleaning Strainer from Asre Engineering ensures continuous filtration by automatically removing suspended impurities without interrupting flow. Its robust backwash mechanism, durable stainless-steel construction, and precise filtration accuracy make it ideal for industrial applications, helping reduce downtime, enhance system efficiency, and protect critical pumping equipment from damage.
What is Automatic Strainer?
An Automatic Self-Cleaning Strainer is an industrial filtration device that removes unwanted particles from liquids without stopping the process. It includes an automated cleaning cycle that activates after differential pressure increases. This action flushes the waste out through a discharge port. It ensures continuous flow and smooth system performance.
It is ideal for cooling systems, oil pipelines, and utility water filtration. Industries prefer it for long service life and low maintenance needs.
Automatic Self-Cleaning Strainer Key Features
- Motorized or hydraulically driven cleaning mechanism
- Stainless steel wedge-wire or mesh filter element
- Fully automated backwash system
- 24/7 filtration without shutdown
- Zero clog design with continuous cleaning
- Heavy-duty construction
- Available in custom sizes
Automatic Self-Cleaning Strainer Benefits
- No manual cleaning
- Reduced downtime
- Increased filter life
- Lower maintenance cost
- High flow efficiency
- Reliable performance in
- dirty fluid applications
Automatic Self-Cleaning Strainer Technical Specifications
- Flow range
- Material options
- Pressure rating
- Filtration grade
- Backwash type
- Control options
- Operating temperature
- Inlet/outlet configuration
Automatic Self-Cleaning Strainer Applications
- Cooling towers
- Water treatment plants
- Irrigation systems
- HVAC systems
- Chemical industries
- Steel plants
- Food & Beverage
- Power plants
How Automatic Self-Cleaning Strainer Works
- Fluid enters the strainer
- Internal screen filters out solids
- Differential pressure triggers cleaning
- Motorized brush or backwash clears debris
- System continues filtration without stopping flow
Automatic Self-Cleaning Strainer Variants
- Motorized Self-Cleaning Strainer
- Auto Backwash Strainer
- PLC-controlled Fully
- Automatic Strainer
- Customized heavy-duty models
Automatic Self Cleaning Strainer Installation & Maintenance
- Easy installation with flange/inline options
- Minimal maintenance
- Automatic differential pressure monitoring
- Quick inspection ports
Quality Standards & Certification
- ISO 9001:2015 – Quality Management System
- ASME Standards for Fabrication and Welding
- Third-Party Inspection (TPI) Approval on Request
- Material Test Certificates
- Hydrostatic & Pneumatic Pressure Testing Certificates
- Compliance with ASTM, DIN, and API Material Grades
Why Choose Asre Engineering?
Asre Engineering provides premium-quality Automatic Self-Cleaning Strainers engineered for high performance, long service life, and reliable filtration across demanding industries.
Our products ensure continuous liquid flow with minimal manual intervention, reducing downtime and maintenance costs. We use durable materials, precision-tested components, and advanced self-cleaning technology to deliver superior efficiency in water treatment, chemical processing, oil & gas, HVAC, and industrial applications.
With a focus on customization, we design strainers to meet varied flow rates, micron retention levels, and operating conditions. Choosing us means investing in better productivity, reduced operational losses, and long-term filtration reliability for any process line.
Contact Us
Optimize your industrial flow systems with advanced self-cleaning filtration, share your application details for a precise, engineered solution.
Frequently Asked Questions
1. What is an Automatic Self-Cleaning Strainer?
It is a filtration unit that removes solids from liquids using a mesh screen and cleans itself automatically, ensuring continuous flow with minimal manual intervention.
2. How does an Automatic Self-Cleaning Strainer work?
Liquid passes through a fine screen that traps particles. When debris builds up, an automatic cleaning cycle starts, flushing waste through a discharge outlet without stopping the system.
3. Where is an Automatic Self-Cleaning Strainer used?
Used in water treatment, HVAC, chemical plants, cooling towers, oil & gas, power plants, and other industries needing continuous filtration.
4. What are the benefits of an Automatic Self-Cleaning Strainer?
Offers uninterrupted filtration, low maintenance, reduced labor cost, and protects equipment like pumps and heat exchangers from damage.
5. What materials are used to manufacture Automatic Self-Cleaning Strainers?
Typically made of carbon steel, SS 304/316, or duplex alloys for durability, corrosion resistance, and high performance in demanding environments.
6. How do you maintain an Automatic Self-Cleaning Strainer?
Requires minimal upkeep; only periodic checks of seals, pressure settings, actuators, and flushing outlet to ensure efficient operation.
7. What factors should you consider before selecting an Automatic Self-Cleaning Strainer?
When choosing a strainer, consider flow rate, micron rating, operating pressure, type of contaminants, material of construction, power/actuation type, and installation space. These factors help ensure the unit performs efficiently for your application