Goods are offered EXW Singapore — collection from our Singapore facility.

3G Electric
Describe the job or paste specifications. Press Enter or Search.
RFQ CartGet a QuoteSign inSign up
MAXCORE 6MO Steel Sanitary Tube Fitting 90° Elbow - 6MO Steel Sanitary Tube Fittings
MAXCORE6MO Steel Sanitary Tube Fittings

MAXCORE 6MO Steel Sanitary Tube Fitting 90° Elbow

The MAXCORE Sanitary Fitting Elbow is a 90° Elbow, a 6MO Steel Sanitary Tube Fitting with a 1/2 in OD x 1/2 in OD Size, Weld connection. Manufactured to ASME BPE standards (MPN TE2S6MO.5-PO), this 6MO stainless steel…

SKU 3G-OTH-655790

Also listed as: TE2S6MO5PO · TE2S6MO 5 PO · TE2S6MO-5-PO

Brand
MAXCORE
Item
6MO Steel Sanitary Tube Fitting 90° Elbow
Part Number
TE2S6MO.5-PO
Category
6MO Steel Sanitary Tube Fittings
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
EXW Singapore
Collect or forward from our office
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support

Payment
Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.

Technical Specifications

MAXCORE
Manufacturer Part Number
TE2S6MO.5-PO
Type
1/2 in OD x 1/2 in OD Size, Weld
Standards
ASME BPE
Stainless Steel
6MO

Technical Documents

No technical documents available for this product.
Request documentation →
Not sure this is the right part? Get a recommendation.

Ask a question

Request a Quote

Ask a question

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

Product Description

The MAXCORE Sanitary Fitting Elbow is a 90° Elbow, a 6MO Steel Sanitary Tube Fitting with a 1/2 in OD x 1/2 in OD Size, Weld connection. Manufactured to ASME BPE standards (MPN TE2S6MO.5-PO), this 6MO stainless steel component is designed for high-purity applications requiring corrosion resistance.

Frequently Asked Questions

What is a MAXCORE 6MO sanitary fitting elbow used for?

This 90° elbow is used in high-purity piping systems for industries like pharmaceutical, biotech, and food processing. Its 6MO stainless steel construction provides excellent corrosion resistance, and the weld connection ensures a leak-free, cleanable joint for sanitary applications.

What are the specifications of the MAXCORE TE2S6MO.5-PO elbow?

This MAXCORE 90° elbow has 1/2 in OD x 1/2 in OD weld connections, is made of 6MO stainless steel, and conforms to ASME BPE standards. The manufacturer part number is TE2S6MO.5-PO. It is designed for high-purity, corrosion-resistant tube systems.

Where to buy MAXCORE sanitary fittings for worldwide delivery?

3G Electric supplies MAXCORE sanitary fittings like this 90° elbow to customers worldwide. We handle full logistics, customs clearance, and delivery to your site. Contact us for a quote on the TE2S6MO.5-PO or other ASME BPE components.

How to install a MAXCORE 6MO weld elbow?

Installation requires orbital welding to ASME BPE standards for a smooth, crevice-free joint. Ensure the tube and fitting are clean and properly aligned before welding. Post-weld passivation is recommended to maintain corrosion resistance of the 6MO stainless steel.

Not sure this is the right part? Photo-identify it→

MAXCORE Products

3G Electric supplies MAXCORE 6mo steel sanitary tube fittings. We supply genuine products and their technical documentation.

You might also need

Burners & Combustion →Pumps & Compressors →Spare Parts →All Products →

More from MAXCORE

View all MAXCORE parts →
This 90° elbow is a 6MO stainless steel sanitary tube fitting with 4 in OD x 4 in OD size and clamp connection. It features 20 RA / 32 RA surface finishes and complies with ASME BPE standards. Used in hygienic piping systems to change flow direction while maintaining cleanability
MAXCORE
This 90° elbow is a 6MO stainless steel sanitary tube fitting with 4 in OD x 4 in OD size and clamp connection. It features 20 RA / 32 RA surface finishes and complies with ASME BPE standards. Used in hygienic piping systems to change flow direction while maintaining cleanability
90° elbow for hygienic piping systems, made from 6MO stainless steel with 1 in OD clamp connections. Surface finishes of 20 RA / 32 RA meet ASME BPE standards for cleanability and corrosion resistance in high-purity environments
MAXCORE
90° elbow for hygienic piping systems, made from 6MO stainless steel with 1 in OD clamp connections. Surface finishes of 20 RA / 32 RA meet ASME BPE standards for cleanability and corrosion resistance in high-purity environments
This 6MO stainless steel sanitary tee fitting has a 2 1/2 in OD x 2 1/2 in OD x 1/2 in OD size with weld connections. It is designed for use in hygienic process piping systems to split or combine flow. The fitting meets ASME BPE standards for cleanability and corrosion resistance in sterile environments
MAXCORE
This 6MO stainless steel sanitary tee fitting has a 2 1/2 in OD x 2 1/2 in OD x 1/2 in OD size with weld connections. It is designed for use in hygienic process piping systems to split or combine flow. The fitting meets ASME BPE standards for cleanability and corrosion resistance in sterile environments
This 6MO stainless steel sanitary tee fitting features a weld-type configuration with 2 1/2 in OD x 2 1/2 in OD x 1/2 in OD connections. Manufactured to ASME BPE standards, it is suited for hygienic process piping systems requiring corrosion resistance and cleanability
MAXCORE
This 6MO stainless steel sanitary tee fitting features a weld-type configuration with 2 1/2 in OD x 2 1/2 in OD x 1/2 in OD connections. Manufactured to ASME BPE standards, it is suited for hygienic process piping systems requiring corrosion resistance and cleanability
This 6MO stainless steel sanitary tee fitting features a 1-1/2 in OD x 1-1/2 in OD x 3/4 in OD weld-end configuration, conforming to ASME BPE standards. It is used in hygienic process piping systems to split or combine flow, suitable for applications requiring corrosion resistance and cleanability
MAXCORE
This 6MO stainless steel sanitary tee fitting features a 1-1/2 in OD x 1-1/2 in OD x 3/4 in OD weld-end configuration, conforming to ASME BPE standards. It is used in hygienic process piping systems to split or combine flow, suitable for applications requiring corrosion resistance and cleanability
Concentric reducer for connecting tubes of different diameters in sanitary process lines. Made from 6MO stainless steel with weld ends. Meets ASME BPE standards. Suitable for applications requiring corrosion resistance and hygienic design
MAXCORE
Concentric reducer for connecting tubes of different diameters in sanitary process lines. Made from 6MO stainless steel with weld ends. Meets ASME BPE standards. Suitable for applications requiring corrosion resistance and hygienic design
This 6MO steel sanitary tube fitting is a short outlet tee with 1 1/2 in OD connections on all three ports. It features a clamp/weld design for secure, hygienic installation in tube systems. Manufactured to ASME BPE standards, it is suitable for use in sanitary piping applications requiring cleanability and corrosion resistance
MAXCORE
This 6MO steel sanitary tube fitting is a short outlet tee with 1 1/2 in OD connections on all three ports. It features a clamp/weld design for secure, hygienic installation in tube systems. Manufactured to ASME BPE standards, it is suitable for use in sanitary piping applications requiring cleanability and corrosion resistance
This 6MO steel sanitary tee fitting features a short outlet design with 4 in OD x 4 in OD x 1 in OD size and clamp/weld connections. Surface finishes are 20 RA / 32 RA. It is used in hygienic process piping systems to split or combine flow, meeting ASME BPE standards
MAXCORE
This 6MO steel sanitary tee fitting features a short outlet design with 4 in OD x 4 in OD x 1 in OD size and clamp/weld connections. Surface finishes are 20 RA / 32 RA. It is used in hygienic process piping systems to split or combine flow, meeting ASME BPE standards

Customer reviews

No reviews yet — be the first

Questions & answers

No questions yet — ask us the first