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T Type Strainer Valves

Price 4000 INR/ Unit

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MOQ : 1 Number

T Type Strainer Valves Specification

Material
Cast iron, carbon steel, stainless steel, bronze (subject to specific requirements)

Valve Type
Strainer valve

Control System
Manual

Features
Easy basket removal, high dirt holding capacity, low-pressure drop, maintenance-friendly design

Connection Type
Flanged, Screwed, Butt Weld, Socket Weld

Valve Size
DN25 to DN600 (1 to 24 nominal bore)

Application
Industrial filtration, chemical processing, water treatment, oil & gas, HVAC systems

Sealing
PTFE, NBR, EPDM or Metal-to-metal

Structure
T-shaped body with removable strainer element

Type
T Type Strainer Valve

Power
Manual operation (no power required)

Pressure
PN10, PN16, PN25, PN40 or up to 150# ANSI class

Media
Liquids, gases, steam, slurries

Port Size
1 to 24 (DN25 to DN600)

Temperature
Up to 220C (subject to material selection)

Differential Pressure Capacity
Designed to handle specified pressure drop across the strainer

Design Standard
ASME B16.34 / BS EN / DIN / API

Drain Arrangement
Fitted with drain plug or valve at bottom for easy cleaning

Screen Type
Perforated or mesh basket type, stainless steel construction

Mounting Orientation
Horizontal installation preferred; vertical mounting possible on request

Color
Blue / customized

Body Coating
Epoxy painted or hot dip galvanized for corrosion resistance

Gasket Material
Compressed asbestos fiber, PTFE, graphite

Maximum Flow Rate
Specifically sized according to line and fluid requirements

Cleaning Method
Manual removal and cleaning of basket

End Connection Standard
ANSI B16.5, DIN, JIS standard flanges

About T Type Strainer Valves

FlowBiz Exports Pvt Ltd Valves is a High Quality Jacketed valves Manufacturer in Mumbai, Maharashtra, India. We are a leading manufacturer of Jacketed valves in Mumbai and nearby areas.

Tee strainers is a custom fabricated compound strainer designed to remove foreign particles from pipeline.Tee Type Strainers are a low cost solution to large nominal bore straining requirements. They can be mounted into vertical or horizontal piping and can be configured for right-angled applications.

Tee strainers are most commonly supplied with a range of graded filtration levels (fine to coarse or vice-versa) to ensure that the system is running at the required cleanliness level when met with full load. Tee strainers feature either bolted cover or quick opening covers for application suitability.

Tee strainers are used where a compact accessible strainers is needed for protection of pumps, valves and similar equipment.

Types:

Chemical processing.

Pump protection

Flow meter protection.

Protection of steam traps.

Valve and regulator protection.

Protection of heat exchanger and refrigerating set.

Instrumentation and ancillary piping item protection.

Petroleum.

Power Generation and Marine.

Product Details:

Size/Dimension - 2" to 12"

Valve Type - T - Type

Material - Mild Steel / Carbon Steel / Stainless Steel

End Connection - Flanged End , Butt Weld End

Minimum Order Quantity - 1

Brand - FlowBiz

Precision Engineering for Reliable Performance

Manufactured in accordance with international standards such as ASME B16.34, API, DIN, and BS EN, T Type Strainer Valves deliver consistent, safe operation in high-demand environments. Durable body coatings and premium basket elements offer longevity and reliability, even when used with aggressive media or in corrosive settings.

Customizable Filtration for Diverse Applications

Adaptable to a wide range of industries, these strainers come in multiple sizes, flange types, and materials. Body color and gasket materials are also customizable, meeting specific project needs. Their flexible mounting orientation allows for horizontal or vertical installation, enhancing site adaptability.

Efficient Maintenance & High Dirt Holding Capacity

Routine maintenance is streamlined with easy basket removal through the bottom drain plug or valve. The strainer's design supports high dirt holding capacity without causing significant pressure drops, ensuring uninterrupted process flows and reducing downtime for cleaning.

FAQ's of T Type Strainer Valves:

Q: How do I clean the basket in a T Type Strainer Valve?

A: Cleaning the basket involves manually removing it via the access port at the bottom, typically equipped with a drain plug or valve. After cleaning the basket, simply reinstall it to resume normal operation, ensuring the system is depressurized and isolated before maintenance.

Q: What factors determine the correct size and flow rate for a T Type Strainer Valve?

A: Valve size and maximum flow rate are specified based on pipeline diameter and the characteristics of the media being filtered. These strainers are available from DN25 to DN600 and are engineered to accommodate the exact flow requirements and pressure drops of your system.

Q: When should the strainer basket be inspected or cleaned?

A: Strainer baskets should be inspected and cleaned regularly, depending on the level of contaminants in the media. Industrial processes with higher particulate content will require frequent maintenance, ensuring optimal performance and preventing flow restriction.

Q: Where can T Type Strainer Valves be installed?

A: These valves are suitable for installation in a variety of settings, including water treatment plants, chemical processing facilities, oil & gas pipelines, and HVAC systems. While horizontal mounting is standard, vertical installation is available upon request.

Q: What advantages do T Type Strainer Valves offer in industrial filtration?

A: They provide maintenance-friendly, high-capacity dirt holding with minimal pressure loss. Their robust construction, corrosion-resistant coatings, and customizable options improve equipment longevity and process reliability while reducing operational downtime.

Q: What sealing and gasket materials are available for these strainers?

A: Standard sealing and gasket options include PTFE, NBR, EPDM, graphite, and compressed asbestos fiber. The choice depends on the application's temperature, media compatibility, and pressure requirements, ensuring effective and lasting sealing.

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