ATT Mini FLOOR DRAIN – gully hortizontal with square top, single-part

ATT Mini FLOOR DRAIN – gully hortizontal with square top, single-part  is a compact and high-performance drainage solution tailored for architects, engineers, and facility planners designing for food-grade, hygienic, and industrial environments. Its single-part construction allows effortless access to internal components, making it especially effective in high-standards industries such as dairies, breweries, meat processing plants, commercial kitchens, and chemical facilities.

Constructed from high-quality stainless steel (AISI 304 or the highly corrosion-resistant AISI 316L), this drain is designed for durability in aggressive operating conditions, including environments with high humidity, cleaning chemicals, or organic waste. Its square top layout integrates smoothly into tiled or resin floors, while the precisely engineered perforated plate grating ensures safe, anti-slip performance and effective drainage.

The single-part configuration simplifies ongoing maintenance, providing tool-free access to the integrated strainer and odor trap. All interior surfaces are optimized for hygiene with smooth finishes, minimal welds, and rounded corners—minimizing debris buildup and facilitating compliance with industry sanitation standards. The unit also features M10 adjustment screws for precise floor-level installation.

Advantages:

• Manufactured from AISI 304 or AISI 316L stainless steel for superior corrosion resistance.
• Single-part design allows fast, easy cleaning and inspection.
• Square top with perforated plate provides non-slip safety and seamless floor integration.
• Built-in strainer captures solids and prevents blockages in downstream systems.
• Trap with EPDM seal (EN 1253 compliant) ensures odor control and hygiene.
• Hygienic construction with minimal welds and polished interior surfaces.
• M10 screws for on-site leveling and secure, flush installation.

ATT Mini FLOOR DRAIN – gully hortizontal with square top, single-part  delivers the ideal balance of efficiency, sanitation, and compact design—meeting the expectations of modern industrial drainage system planning and specification.