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MAXPURE 316L Stainless Steel Sanitary Tee Fitting - 316 Stainless Steel Sanitary Tube Fittings
MAXPURE316 Stainless Steel Sanitary Tube Fittings

MAXPURE 316L Stainless Steel Sanitary Tee Fitting

The MAXPURE Sanitary Tee Fitting is a 316L stainless steel tee for tube systems, sized 2 1/2 in OD x 2 1/2 in OD x 3/4 in OD with weld ends. It meets ASME BPE standards (MPN TE7RWWW6L2.5X.75-PD). 3G Electric…

SKU 3G-OTH-659435

Also listed as: TE7RWWW6L25X75PD · TE7RWWW6L2 5X 75 PD · TE7RWWW6L2-5X-75-PD

Brand
MAXPURE
Item
316L Stainless Steel Sanitary Tee Fitting
Part Number
TE7RWWW6L2.5X.75-PD
Category
316 Stainless Steel Sanitary Tube Fittings
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Technical Specifications

MAXPURE
Manufacturer Part Number
TE7RWWW6L2.5X.75-PD
Type
2 1/2 in OD x 2 1/2 in OD x 3/4 in OD Size, Weld
Standards
ASME BPE
Stainless Steel
316L

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MAXPURE Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The MAXPURE Sanitary Tee Fitting is a 316L stainless steel tee for tube systems, sized 2 1/2 in OD x 2 1/2 in OD x 3/4 in OD with weld ends. It meets ASME BPE standards (MPN TE7RWWW6L2.5X.75-PD). 3G Electric interprets demand and delivers this fitting across 14 industrial departments, with specialist depth in combustion, pumps and controls as an authorised distributor.

Frequently Asked Questions

What is a MAXPURE sanitary tee fitting used for?

A MAXPURE sanitary tee fitting is used in hygienic tube systems to split or combine flow in pharmaceutical, food, beverage, and bioprocessing applications. Its 316L stainless steel construction and ASME BPE compliance ensure cleanability and corrosion resistance.

What are the specifications of the MAXPURE sanitary tee fitting?

The MAXPURE sanitary tee fitting has a 2 1/2 in OD x 2 1/2 in OD x 3/4 in OD size with weld ends, made from 316L stainless steel. It meets ASME BPE standards. The manufacturer part number is TE7RWWW6L2.5X.75-PD.

Where to buy MAXPURE sanitary tee fittings worldwide?

3G Electric supplies MAXPURE sanitary tee fittings worldwide, handling full logistics and customs clearance. As a global industrial solutions provider, we source and deliver this fitting across 14 departments, including specialist expertise in combustion, pumps, and controls.

How to install a MAXPURE sanitary tee fitting?

Installation requires orbital welding of the weld ends to matching sanitary tubing, ensuring proper alignment and purge gas to prevent oxidation. Follow ASME BPE guidelines for weld quality and surface finish to maintain hygienic integrity. Always verify tube OD compatibility before welding.

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MAXPURE Products

3G Electric supplies MAXPURE 316 stainless steel sanitary tube fittings. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

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Compatible alternatives & equivalents

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This 316 stainless steel pipe tee features a run x run x branch configuration with 1/2 in connections on all ports. Rated for a maximum operating pressure of 4,500 psi, it is suitable for splitting or combining flow in high-pressure fluid systems typical of instrumentation and process control applications
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This 316 stainless steel pipe tee features a run x run x branch configuration with 1/2 in connections on all ports. Rated for a maximum operating pressure of 4,500 psi, it is suitable for splitting or combining flow in high-pressure fluid systems typical of instrumentation and process control applications
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This 316 stainless steel tee (run x run x branch) is designed for extreme-pressure instrumentation systems. It connects three 3/4 in pipes and is rated for a maximum operating pressure of 3,500 psi. Typical applications include hydraulic, pneumatic, and process control systems
This 316 stainless steel pipe tee features a run x run x branch configuration with 1/4 in connections. Rated for 5,600 psi, it is used in extreme pressure instrumentation systems for splitting or combining flow in hydraulic, pneumatic, and process applications
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This 316 stainless steel pipe tee features a run x run x branch configuration with 1/4 in connections. Rated for 5,600 psi, it is used in extreme pressure instrumentation systems for splitting or combining flow in hydraulic, pneumatic, and process applications

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