NON-CURING RUBBER ASPHALT COATING WATERPROOFING
Non-curing rubber asphalt coating is a waterproofing material primarily composed of rubber, asphalt, and softening oils, combined with temperature control agents and fillers. It maintains its adhesive, paste-like consistency throughout its service life. This coating is particularly effective for waterproofing in areas with structural movement, such as expansion joints, and is widely used in non-exposed building waterproofing applications.
NON-CURING RUBBER ASPHALT COATING WATERPROOFING DESCRIPTION
ASPHALT COATING NON-CURING RUBBER WATERPROOFING PRODUCT INTRODUCTION
This material uses a core technology based on a special additive that prevents curing when exposed to air. As a result, the product maintains its elastic, gel-like consistency without hardening. Unlike water-based or solvent-based coatings, it is a non-solvent, non-film-forming, and creep-type material. Due to its non-film-forming property, it must be used in conjunction with membranes or non-woven fabrics. The combination of non-curable rubber asphalt coating with membranes or non-woven fabrics creates a composite waterproofing system, effectively reducing the leak rate of buildings.
ASPHALT COATING NON-CURING RUBBER WATERPROOFING PRODUCT PROPERTIES:
Non-curing rubber asphalt coating has the following main properties:
- Excellent Creep Performance
- Excellent Adhesion
- Excellent Self-healing Ability
- Excellent Wet Substrate Applicability
- Excellent Chemical Corrosion Resistance and Aging Resistance
- Excellent Environmental Performance
APPLICATIONS:
- Roof and side wall waterproofing for industrial and civil buildings.
- Green roof waterproofing.
- Waterproofing for underground structures, subway stations, tunnels, etc.
- Waterproofing for roads, bridges, and railways.
- Waterproofing for dams and water conservation facilities.
PROCESS PRINCIPLE
The non-curable rubber modified asphalt waterproof material is an elastomeric gel composed of rubber, asphalt, softening oils, and temperature control agents. It does not cure after long-term contact with air and exhibits strong adhesion, making it a suitable alternative to cold adhesive waterproofing materials for cold adhesive applications.
PERFORMANCE INDEX STANDARD JC/T 2428-2017
COMPOSITION AND FUNCTION
