مصيدة سباكة أرضية بلاستيكية (UPVC) من (Atlas)

The Atlas UPVC Floor Trap is a low-maintenance drainage trap designed to prevent water leakage from floors. It uses UPVC (PVC) materials with durable construction to trap water and direct it into the main sewer line, helping to protect indoor areas from dampness and leakage.

The Atlas UPVC Floor Trap combines durable UPVC materials with a lightweight design, offering long life with minimal maintenance. Its low-installation effort and reliable leakage protection provide good long-term value for both residential and commercial settings.

Ensure proper alignment with the floor drain, verify the seal is intact, avoid over-tightening fasteners that could crack UPVC components, and confirm compatibility with your drain size and flow requirements. Proper seating will help prevent leaks and maintain efficient drainage.

Use cases include commercial kitchens, restrooms in office buildings, basements prone to dampness, and hallways where floor leakage risk exists. The choice depends on traffic level, installation environment, and desired level of durability.

If you’re comparing options on Fepy, you can consider these alternatives: Atlas UPVC Floor Trap Pro (https://fepy.com/product/atlas-upvc-floor-trap-pro) for enhanced durability, UPVC Floor Trap with Aluminum Reinforcement (https://fepy.com/product/upvc-floor-trap-aluminium-reinforced) for added rigidity, and PVC Floor Trap for Heavy Traffic (https://fepy.com/product/pvc-floor-trap-heavy-traffic) for high-traffic environments. Each offers similar leakage protection with variations in construction and reinforcement to suit different needs.

Yes—it's constructed from durable UPVC material suitable for indoor environments. It is designed to be non-toxic and resistant to wear, making it appropriate for residential or commercial settings. For local regulatory compliance, refer to your jurisdiction’s building codes.

Regular maintenance involves removing debris from the grate, cleaning the interior with a mild detergent and water, and inspecting the seals for any wear. Avoid harsh solvents that could damage UPVC materials.

Installation is designed to be low-effort: no specialized tools or skills are required. Simply position the trap in the floor drain location, secure it according to the provided guidance, and connect it to the main sewer line following standard plumbing practices.

It is well-suited for indoor floors in areas prone to leakage such as bathrooms, kitchens, basements, corridors, and other high-footfall spaces where reliable drainage is needed.

Key attributes include UPVC-based construction for strength and corrosion resistance, a lightweight and low-profile design, improved flow rate for smooth drainage, and long service life suitable for heavy-traffic areas.

It is fabricated with advanced UPVC technology and incorporates aluminum alloy components for added durability. The design emphasizes low pressure, easy installation, and reliable leakage protection without the need for specialized tools.

The Atlas UPVC Floor Trap is a low-maintenance drainage trap designed to prevent water leakage from floors. It uses UPVC (PVC) materials with durable construction to trap water and direct it into the main sewer line, helping to protect indoor areas from dampness and leakage.

The Atlas UPVC Floor Trap combines durable UPVC materials with a lightweight design, offering long life with minimal maintenance. Its low-installation effort and reliable leakage protection provide good long-term value for both residential and commercial settings.

Ensure proper alignment with the floor drain, verify the seal is intact, avoid over-tightening fasteners that could crack UPVC components, and confirm compatibility with your drain size and flow requirements. Proper seating will help prevent leaks and maintain efficient drainage.

Use cases include commercial kitchens, restrooms in office buildings, basements prone to dampness, and hallways where floor leakage risk exists. The choice depends on traffic level, installation environment, and desired level of durability.