Product Description

The LESSO PVC Drainage 90° Tee is a specialized fitting engineered for PVC drainage systems. Constructed from premium PVC material with new raw materials, it offers excellent durability, corrosion resistance, and reliable performance in conveying water and waste. Its 90° tee design facilitates the branching of drainage pipes, ensuring efficient water and waste distribution. The smooth inner wall design ensures optimal flow, making it a dependable choice for various drainage applications.

Specifications

• Brand: LESSO
• Product Name: PVC Drainage 90° Tee
• Size: dn50 (2″)
• Material: PVC
• Color: White
• Type: 90° Tee (Three-Way Fitting)
• Packaging: 5 Pieces per Pack

Features

• Durability: Constructed from high-quality PVC to withstand the demands of drainage systems, resisting corrosion and wear.
• Smooth Inner Wall: Facilitates efficient flow of water and waste, preventing blockages and ensuring optimal performance.
• 90° Angling: Provides precise directional changes in drainage pipe layouts, ensuring smooth water and waste movement.
• New Material Construction: Ensures enhanced strength and reliability for long-term use in drainage systems.
• Value Pack: 5 pieces per pack, providing convenience for multiple connections in residential and commercial drainage projects.

Application

Ideal for use in residential and commercial drainage systems. It can be used to branch drainage pipes at a 90° angle in bathroom, kitchen, and outdoor drainage layouts, ensuring efficient water and waste removal.

Installation Guidelines

1. Ensure the ends of the PVC drainage pipes and the inner surface of the tee sockets are clean, dry, and free of debris.
2. Apply a uniform layer of PVC solvent cement to the outer surface of the pipe ends and the inner surface of the tee sockets.
3. Immediately insert the pipes into the tee sockets, ensuring they are fully seated and held in place for a few seconds to allow the cement to set.
4. Allow the solvent cement to cure completely as per the manufacturer’s instructions before testing the drainage system.