T Type Strainer is an industrial pipeline strainer designed to remove solid particles from liquid systems and protect pumps, valves, meters, heat exchangers, and other downstream equipment from contamination damage.
Technical Specifications
|
Parameter |
Specification |
|
Product Type |
T Type Strainer / Industrial Pipeline Strainer |
|
Design Structure |
T-shaped body with removable basket design |
|
Installation Type |
Horizontal pipeline installation |
|
Filtration Element |
Perforated basket / mesh basket |
|
Filtration Rating |
Basket perforation and mesh options available according to filtration requirements |
|
Size Range |
Available sizes according to pipeline dimensions |
|
Pressure Rating |
Available pressure classes according to application requirements |
|
Body Material |
Carbon Steel, Stainless Steel, LTCS, Duplex Stainless Steel, Alloy Steel |
|
Connection Type |
Flanged connection / Customized connection options |
|
Applicable Media |
Water, oil, chemical fluids, and industrial process media |
|
Operating Temperature |
Operating temperature depends on material selection and service conditions |
|
Maintenance |
Removable basket for inspection, cleaning, and replacement |
|
Configuration Options |
Size, material, basket type, and connection options available |
Key Components
T-Type Strainer Body
The robust T-shaped body provides mechanical strength and reliable integration with industrial pipeline systems.
Filter Basket
The removable filter basket captures solid particles and allows convenient inspection, cleaning, and replacement during maintenance.
Flange Cover with Lifting Lug
The bolted cover provides access to internal components, while the lifting lug helps improve safety and efficiency during maintenance operations.
Sealing Gasket
The gasket sealing system helps maintain sealing performance between the cover and body connection.
Inlet and Outlet Connections
The straight-through flow path allows smooth pipeline installation and efficient fluid transfer.
Key Features
Reliable Equipment Protection
Removes contaminants before they reach pumps, valves, and other sensitive equipment, helping reduce particle-related failures.
Optimized Flow Path Design
The straight-through flow path helps minimize resistance and supports efficient system operation.
Easy Basket Maintenance
The removable basket structure simplifies inspection and cleaning, reducing maintenance downtime.
Durable Construction
The robust body structure and sealing design support long-term operation under different industrial service conditions.
High Filtration Capacity
The large filtration chamber provides increased contaminant holding capacity and longer service intervals.
Material & Configuration Options
Material Selection
Carbon Steel
Suitable for general industrial applications.
Stainless Steel
Suitable for corrosive or hygienic service conditions.
LTCS
Suitable for low-temperature applications.
Duplex Stainless Steel
Suitable for demanding corrosion environments.
Configuration Options
Available customization includes:
- Size selection
- Connection type
- Basket configuration
- Material selection
Accessories
Selection depends on:
- Fluid characteristics
- Operating temperature
- Pressure conditions
- Corrosion requirements
- Maintenance requirements
T Type Strainer Comparison
|
Strainer Type |
Design Structure |
Filter Element |
Maintenance |
Space Requirement |
Common Applications |
|
T Type Strainer |
T-shaped body with removable basket |
Perforated basket or mesh-lined basket |
Removable basket for inspection, cleaning, and replacement |
Requires cover and basket access space |
Pump suction lines, process pipelines, liquid transfer systems |
|
Y Type Strainer |
Y-shaped body with angled filter chamber |
Screen or perforated element |
Screen access through cover or drain port |
Compact installation space |
Steam, water, oil, and gas systems |
|
Basket Strainer |
Large chamber with removable basket |
Perforated basket or mesh-lined basket |
Large basket access for cleaning and replacement |
Requires larger maintenance clearance |
High-flow liquid transfer and process systems |
|
Duplex Strainer |
Dual chambers with switching valves |
Two removable baskets |
One chamber remains in service during cleaning |
Requires valve operation space |
Continuous-flow and critical process systems |
|
Temporary Strainer |
Conical screen installed between flanges |
Perforated mesh screen |
Removed after pipeline flushing |
Minimal permanent space requirement |
Pipeline flushing and commissioning |
Typical Applications
Pump Protection Systems
Installed upstream of pumps to remove suspended particles and protect rotating equipment from wear caused by contamination.
Water Treatment Systems
Used in water supply and circulation pipelines to filter debris and protect pumps, valves, and control equipment.
Oil & Gas Pipeline Systems
Applied in fuel transfer and process pipelines to remove solid particles and protect valves, meters, and downstream equipment.
Chemical Processing Systems
Suitable for chemical process pipelines requiring corrosion-resistant materials and continuous particle filtration.
Power Generation Systems
Used in cooling water and utility systems to remove debris and support stable operation of pumps, heat exchangers, and auxiliary equipment.
HVAC & Cooling Systems
Installed in chilled water and circulation systems to reduce particle accumulation and maintain efficient operation of pumps and heat exchangers.
Manufacturing Capability & Company Strength
Highly Experienced
Established in 1997, PORO has accumulated more than 25 years of experience in industrial valve manufacturing and global project supply.
23,186㎡ Manufacturing Facility
A dedicated manufacturing facility supports consistent production capacity and project supply requirements.
Controlled Manufacturing Process
Material inspection, machining, assembly, and final inspection help maintain consistent manufacturing quality.
Comprehensive Valve Manufacturing Capability
PORO manufactures gate valves, globe valves, check valves, ball valves, butterfly valves, slab gate valves, and forged valves for industrial applications.
Multi-Material Support
Carbon steel, LTCS, stainless steel, duplex stainless steel, and material selection is available according to project requirements and service conditions.
FAQ
Q: What is the difference between a T Type Strainer and a Basket Strainer?
A: A T Type Strainer is a specific pipeline strainer design with a T-shaped body structure, while a basket strainer refers to filtration equipment using a removable basket element. T Type Strainers are commonly selected for industrial systems requiring effective particle removal and easy maintenance.
Q: Where should a T Type Strainer be installed in a pipeline system?
A: A T Type Strainer is usually installed before equipment that requires protection, such as pumps, valves, meters, and heat exchangers. The installation position depends on system design and flow requirements.
Q: How often should a T Type Strainer be cleaned?
A: Cleaning frequency depends on fluid conditions, particle concentration, and operating environment. Regular inspection helps determine the proper maintenance schedule.
Q: What factors affect the pressure drop of a T Type Strainer?
A: Pressure drop is affected by flow rate, basket opening size, filtration area, fluid characteristics, and particle accumulation inside the basket.
Q: How do I know when a T Type Strainer needs maintenance?
A: Increased pressure loss, reduced flow performance, or visible contamination buildup may indicate that the filter basket requires inspection and cleaning.
Q: Can T Type Strainers be used for high-viscosity fluids?
A: Yes. For high-viscosity fluids, proper selection of basket design, filtration capacity, material, and flow conditions is important to ensure stable operation.
Q: What is the service life of an industrial T Type Strainer?
A: Service life depends on material selection, operating conditions, fluid characteristics, and maintenance practices. Proper selection and regular inspection help extend product service life.
Q: What information is required when ordering a T Type Strainer?
A: Buyers should provide pipeline size, fluid medium, operating conditions, connection type, material requirements, and filtration requirements for accurate product selection.
Q: What causes a T Type Strainer to clog quickly?
A: Frequent clogging may result from high particle concentration, unsuitable filtration selection, excessive flow rate, or insufficient filtration capacity.
Q: What should I consider when choosing a T Type Strainer supplier?
A: Buyers should evaluate manufacturing capability, material options, quality control processes, customization ability, and technical support when selecting a reliable supplier.
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