Invisible, embedded design for a seamless finish The manhole cover is designed to sit flush with the surrounding surface and can be paved with the same material (concrete, tiles, asphalt, etc.), preserving surface integrity and a continuous look. Durable 304 stainless steel construction Both the inner cover and outer frame are made from 304 stainless steel, providing natural resistance to aging and corrosion so the unit performs reliably in humid or harsh environments. Strong bearing capacity for pedestrians and vehicles Crossreinforced, thickened steel bars increase structural stability and loadbearing strength. Once installed, the cover meets the demands of foot traffic and vehicular loads. Easy access and lowprofile appearance Four lifting holes allow convenient removal and replacement for inspection or maintenance. The polished, minimalist surface blends with a variety of architectural styles and suits renovation or replacement projects. Compatible and practical Designed to accept onsite paving materials, the cover is compatible with common ground finishes and supports retrofit or installations without changing the surrounding finish. Typical applications Residential driveways and garage entrances where a discreet, loadbearing access cover is needed. Public walkways, plazas, and sidewalks where continuity of finish and pedestrian safety are priorities. Renovation projects and building upgrades where replacing old seals with a corrosionresistant, lowprofile cover improves durability and appearance. Key attributes at a glance Function: embedded access cover for inspection/maintenance Material: 304 stainless steel (inner cover and outer frame) Compatibility: concrete, tile, asphalt and similar paving materials Performance: corrosionresistant, loadbearing for pedestrians and vehicles Convenience: 4 lifting holes for easy handling This product is intended for installations that require a durable, unobtrusive access cover that integrates with surrounding finishes while providing reliable load capacity and corrosion resistance.