Non-curing Rubber Asphalt Waterproof Leakage Repair Coating

Main Application Areas:

• Industrial and Civil Buildings: Roof and side wall waterproofing projects
• Underground Engineering: Waterproofing for basements, subway stations, and tunnels
• Special Engineering Projects: Green roofs, road bridges, and railway waterproofing
• Water Conservancy Facilities: Dams, water tanks, oil tanks, brine tanks, and similar structures
• Maintenance and Repair Projects: Repair of aging waterproof layers; grouting and sealing of expansion joints and settlement joints

• Performance Indicator	Specific Characteristics
  Non-curing	Remains in a viscous gel state even after long-term exposure to air; solid content ≥98%~99.8%
  Strong Self-healing Capability	Localized damage to the waterproof layer can be automatically repaired, maintaining the integrity of the waterproof system
  Excellent Creep Resistance	High flexibility with elongation ≥800%, capable of accommodating substrate deformation and structural displacement
  Superior Adhesion Performance	Can be applied on damp substrates; forms tight bonding with concrete, metal, SBS/APP membranes, and other materials
  High & Low Temperature Resistance	Maintains high viscoelastic state within -20℃~70℃ range; retains good adhesion at -20℃
  Anti-water Migration	Forms a skin-like waterproof layer that prevents water from migrating within the waterproof system
  Environmentally Safe	Solvent-free, no volatile emissions, non-toxic, odorless, and non-flammable

• Construction Method	Description
  Spray Application	Mechanical spraying, uniform thickness, high efficiency
  Scrape Application	Manual scraping, suitable for detailed nodes
  Grouting for Leakage Repair	Used for crack and leakage area repair

• Typical Construction Process (Composite Waterproofing System)

  1. Substrate Preparation → 2. Non-curing Coating Application → 3. Timely Membrane Laying → 4. Node Reinforcement → 5. Protective Layer Construction
  
  

  Key Construction Points

• Key Point	Requirement
  Substrate Condition	Moisture content ≤9%, solid, flat and free of standing water
  Construction Temperature	Coating heating temperature: 140~175℃; ambient temperature ≥5℃
  Coating Thickness	Pure coating ≥2mm; composite system coating layer ≥1.5~2.5mm
  Membrane Laying Timing	Complete membrane laying within 3 minutes after coating application
  Membrane Overlap Treatment	Roll 2~3 times with a pressure roller of 50kg or more at the overlap joint

• Full Paragraph Version (For Product Manuals)

  Construction Methods:

  • Spray Application: Mechanical spraying ensures uniform thickness and high construction efficiency.
  • Scrape Application: Manual scraping is suitable for detailed nodes and complex area treatment.
  • Grouting for Leakage Repair: Used for repairing cracks and existing leakage points in structures.

  Typical Construction Process (Composite Waterproofing System):

• 1. Substrate preparation → 2. Non-curing coating application → 3. Membrane laying while the coating is hot → 4. Detail node reinforcement → 5. Protective layer construction

  Key Construction Points:

  • Substrate moisture content should be ≤9%, and the surface must be solid, flat, and free of standing water.
  • Coating heating temperature ranges from 140℃ to 175℃, and construction ambient temperature should be ≥5℃.
  • For single coating application, the thickness should be ≥2mm; for composite systems, the coating layer thickness should be ≥1.5~2.5mm.
  • Waterproof membrane laying must be completed within 3 minutes after coating application to ensure optimal bonding.
  • The overlap joints of waterproof membranes should be rolled 2~3 times with a pressure roller weighing at least 50kg.

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