|
| MOQ: | 1000M2 |
| Price: | Negotiation |
| Standard Packaging: | BOX /CARTON / PALLET |
| Delivery Period: | 10 Days |
| Payment Method: | TT / PAYPAL |
High Polymer Strong Cross Membrane Self Adhesive Waterproofing Membrane
High polymer strong cross membrane Description
The Reactive Sticky High Polymer Strong Cross Membrane Wet Laying Waterproofing Membrane is an advanced waterproofing system that utilizes a reactive, cross-linking polymer adhesive technology to create a durable, highly adhesive, and seamless waterproof membrane.
High polymer strong cross membrane Application
The waterproofing membrane is installed using a wet laying technique, where the reactive polymer adhesive is applied to the substrate, and the membrane is then immediately laid into the wet adhesive. This ensures a continuous and uniform bond between the membrane and the surface.
- Flat and low-slope roofing systems
- Roof terraces and balconies
- Plaza decks and podiums
- Below-grade waterproofing (basements, foundations)
- Water features and retention structures
Product specification
| Item | Standard Requirements |
| Product | type E |
| Coil length | 15m,20m |
| Coil width | 1m |
| Coil thickness | 1.5mm,2.0mm |
| Coil area | 15m,20m |
| Upper surface barrier material | Cross-laminated film, barrier film |
| Middle layer reinforcing material | Cross-laminated film |
| Lower surface isolation material | Isolation film |
High polymer strong cross membrane Featured:
1. Powerful cross-laminated film with high elongation, high tear strength, high nail bar resistance
Tear strength, good dimensional stability, waterproof performance is better than ordinary film;
2. Construction process without fire, environmental protection and safety;
3. membrane has a good "self-healing" function, can repair the grass-roots level occurring tiny
Cracks;
4. Excellent resistance to high and low temperatures, excellent extensibility and tensile properties, adapt to the structural base layer deformation.
Excellent elongation and tensile properties, adapting to the deformation of the structural base;
|
|
| MOQ: | 1000M2 |
| Price: | Negotiation |
| Standard Packaging: | BOX /CARTON / PALLET |
| Delivery Period: | 10 Days |
| Payment Method: | TT / PAYPAL |
High Polymer Strong Cross Membrane Self Adhesive Waterproofing Membrane
High polymer strong cross membrane Description
The Reactive Sticky High Polymer Strong Cross Membrane Wet Laying Waterproofing Membrane is an advanced waterproofing system that utilizes a reactive, cross-linking polymer adhesive technology to create a durable, highly adhesive, and seamless waterproof membrane.
High polymer strong cross membrane Application
The waterproofing membrane is installed using a wet laying technique, where the reactive polymer adhesive is applied to the substrate, and the membrane is then immediately laid into the wet adhesive. This ensures a continuous and uniform bond between the membrane and the surface.
- Flat and low-slope roofing systems
- Roof terraces and balconies
- Plaza decks and podiums
- Below-grade waterproofing (basements, foundations)
- Water features and retention structures
Product specification
| Item | Standard Requirements |
| Product | type E |
| Coil length | 15m,20m |
| Coil width | 1m |
| Coil thickness | 1.5mm,2.0mm |
| Coil area | 15m,20m |
| Upper surface barrier material | Cross-laminated film, barrier film |
| Middle layer reinforcing material | Cross-laminated film |
| Lower surface isolation material | Isolation film |
High polymer strong cross membrane Featured:
1. Powerful cross-laminated film with high elongation, high tear strength, high nail bar resistance
Tear strength, good dimensional stability, waterproof performance is better than ordinary film;
2. Construction process without fire, environmental protection and safety;
3. membrane has a good "self-healing" function, can repair the grass-roots level occurring tiny
Cracks;
4. Excellent resistance to high and low temperatures, excellent extensibility and tensile properties, adapt to the structural base layer deformation.
Excellent elongation and tensile properties, adapting to the deformation of the structural base;
