ARF-888 black gold atomic adhesion polymer film-based waterproof coiled material

Abstract

The invention provides an ARF-888 black gold atomic adhesion polymer film-based waterproof coiled material. The ARF-888 black gold atomic adhesion polymer film-based waterproof coiled material is composed of five parts, namely a fiber reinforced material layer, a root-resistant environment-friendly rubber material layer, a high-strength polyethylene polymer root-resistant matrix layer, a self-repairing modified asphalt layer and an isolation Nass film layer. The surface of the ARF-888 black gold atomic adhesion polymer film-based waterproof coiled material is coated with special active high-strength silicon dioxide crystals. The lower surface of the fiber reinforced layer is bonded with the upper surface of the root-resistant environment-friendly sizing material layer; the lower surface ofthe root-resistant environment-friendly rubber material layer is bonded with the upper surface of the high-strength polyethylene macromolecule root-resistant carcass layer; the lower surface of the high-strength polyethylene macromolecule root-resistant matrix layer is bonded with the upper surface of the self-repairing modified asphalt layer, the lower surface of the self-repairing modified asphalt layer is bonded with the upper surface of an isolation Nass layer, and the isolation Nass layer is located at the bottommost layer. The waterproof coiled material has good water channeling resistance and excellent impact resistance, puncture resistance and water soaking resistance.

Description

technical field [0001] The invention belongs to the technical field of black gold atom-adhered polymer film-based waterproof coiled material, and in particular relates to an ARF-888 black gold atom-adhered polymer film-based waterproof coiled material. Background technique [0002] Underground waterproofing project is an important construction link in building construction. Its maintenance is difficult, and the source of leakage is often not found. Moreover, the success of the basement waterproofing project involves whether the building can be put into use perfectly. The current engineering project The development direction is to develop towards super high-rise and underground multi-storey buildings, so there are phenomena of large waterproof area, high waterproof engineering requirements and project progress requirements, and the leakage of the bottom plate not only seriously affects the safety and life of the house, but also damages the reputation of the developer. Damaged...

AI Technical Summary

Problems solved by technology

Since structural concrete is a porous heterogeneous material, honeycomb holes are generated due to improper vibration during the pouring process, and structural cracks caused by uneven settlement of the foundation, etc., the moisture flowing between the waterproof layer and the structural layer will be It enters the interior of the structure along the gaps, holes and other defects of the structural concrete, causing leakage. If this situation is repaired internally in time, it is also difficult to determine the leakage of the waterproof layer, and when the coiled material is stuck to the empty paving, the most fundamental drawback The reason is that the flexible waterproof layer is not integrated with the structural concrete. Once the waterproof layer is missing, water will flow between the two. Water enters the body along the cracks, causing leakage

Images