45° Stainless Steel Equal Lateral Fitting

|

 Product Description

| Stainless Steel 45 Lateral Pipeline Connector

Stainless Steel Butt Weld Reducing 45° lateral is highly resistant to pressure and can withstand heavy loads. 

1. Specifications: Weld fitting 45° lateral tees are available in a variety of sizes, typically ranging from DN15 to DN2400, and are designed to meet ASME B16.9, EN10253, SH 3408, JIS B2313, and DIN2605 standards. They are manufactured using cold forming processes, ensuring a precise and consistent shape.

2. Material: Made from high-quality materials such as 304, 304L, 316L, 310S, and other grades, these tees offer exceptional resistance to corrosion, making them suitable for both general and harsh industrial environments.

3. Maintenance: To ensure optimal performance, it is recommended to regularly inspect the tees for signs of wear or damage. Clean the exterior to remove dirt and grime, and avoid using abrasive cleaners that could damage the stainless steel surface. Proper installation, including the use of appropriate welding techniques or thread sealants, is crucial for preventing leaks and maintaining a strong seal.

| Advantage

1. Wide Usage & Branch Easy Connection

• Premium Material: Made with 304, 304L, 316L stainless steel for strong corrosion resistance and long life in tough settings.

• Strong and Stable: Built for stability and strength, these tees can handle the rigors of complex industrial environments.

• Versatile Use: Essential in chemical, HVAC, petroleum, and gas industries for efficient and reliable operations.

• Easy to Install: The 45° angle is perfect for tight spaces, offering flexible pipeline design options.

• Secure Seal: Ensures no leaks, keeping your pipeline system safe and intact.

2. Corrosion Resistance & Durability

    Stainless steel tee fittings are equipped with a dense oxidised film that effectively resists corrosion from a wide range of acids and alkaline solvents in order to meet the specific requirements of the project. In addition to this, carbon steel tee fittings are surface treated to ensure compatibility with the transport needs of different media such as water, gas, oil and acid.

3. Material-Specific Techniques

    Tailored Manufacturing: We employ material-specific manufacturing techniques to optimize the performance of our fittings. For stainless steel, hot pressing ensures a high level of corrosion resistance, while for carbon steel, it guarantees a strong and durable product.

4. Precise Laser Cutting

To ensure the quality of pipe fittings, it is crucial to have compliant and qualified products.

(1) Small Diameter Pipe Fittings:

Line Laser Technology: For smaller diameters, we use a line laser to achieve precise measurements and accurate alignment, guaranteeing a perfect fit and function.

(2) Large Diameter Pipe Fittings:

Ion Laser Precision: Larger diameters require the power and precision of an ion laser. Its strong beam is capable of accurately measuring and aligning large-scale fittings.

(3) Comprehensive Inspection Process:

Calibre Gauge and Tape: Before dispatch, each fitting undergoes a full inspection using a calibre gauge and tape. This step is crucial for verifying the dimensional accuracy of our products.

| Size

| Technical parameter table

| Instruction

The following is a simplified installation guide for a stainless steel 45-degree angled tee:

1. Preparation before installation

(1) Check the tee: make sure the tee is free of damage and dirt.

(2) Confirm compatibility: the tee size and pressure rating match the pipe.

(3) Clean the pipe: remove contaminants such as rust and scale from the pipe end.

2. Installation steps

(1) Measurement and positioning: mark the position facing the wall in the upper branch pipe, and measure a certain distance (such as 36 cm) toward the pipe mouth to determine the position of the angled tee.

(2) Align the pipe: ensure that the pipe and the tee interface are correctly aligned to prevent pressure on the connection.

(3) Connect the pipe and tee:

Welding connection: insert the pipe end into the tee interface, weld and fix it to prevent leakage.

Threaded connection: apply sealant to the threaded part and tighten the connector to avoid over-tightening.

Flange connection: align the flanges, seal with gaskets, and tighten the bolts in a cross pattern.

(4) Check the installation: confirm that the connection is aligned and stable, without leakage or misalignment.

3. Post-installation inspection and maintenance

(1) Check for leaks: Check for leaks after the system is running, and retighten or tape if necessary.

(2) Regular inspection: Pay attention to corrosion, leakage, and damage of the tee, especially at the joints and connectors.

(3) Cleaning: Clean the surface of the tee regularly to remove dirt, grease, etc.

(4) Anti-corrosion protection: Avoid exposing the tee to harsh chemicals or conditions to ensure good corrosion resistance.