Self-adhesive Polymer Modified  Polyester Fiber Membrane

SAM-930 Self-adhesive Polymer Modified Polyester Fiber Membrane

Brief Introduction:
1. "Yuhong" SAM-930 Self-adhesive Polymer Modified Polyester Fiber Membrane, a kind of self-adhesive waterproof material
2. Embryo substrate: polyester fiber non-woven cloth
3. Dipping material: polymeric modified bitumen
4. Upper surface isolating material: polyethylene film, fine sand or aluminum foil
5. Anti-sticking isolating material: peelable silicon-coated isolating film or buckle paper

Features of Self-adhesive Polymer Modified Polyester Fiber Membrane:
1. No toxicity
2. No pollution
3. Environmentally-friendly waterproof material
4. High adhesive strength

Applications:
1. Non-exposed roofing projects
2. Waterproofing for such engineering projects as subway, tunnel, pool and aqueduct
3. Typical Cases: Beijing-Shanghai Expressway, Beijing 5th Ring, Beijing 6th Ring, etc.

NO. Type
Width 1.5 2 3 2 3
1 Soluble substance contention,g/㎡≥ 800 1300 2100 1200 2100
2 Water impermeability Pressure,MPa ≥ 0.2 0.3
Retention time, min≥ 30
3 Heat resistance, ℃ PE,S 70.no slippage.flowing.dropping.
AL 80.no slippage. Flowing.dropping.
4 Tensile force,N/50mm ≥ 200 350 450
5 Elongation percentage at maximum tensite force,% ≥ 30
6 Softness at low temperature, ℃ -20 -30
7 Shear performance ,N/mm Between membrane ≥ 2.0 or fracture on the extemal agglutination section 4.0 or fracture on the external agglutination section
Between membrane and aluminum plate ≥
8 Peel strength ,N/mm ≥ 1.5 or fracture on the extemal agglutination section
9 Puncture resistance Water impermeable
10 Tearing strength,N ≥ 125 200 250
11 Water vapor permeability3.g/(㎡..s.pa) ≤ 5.7×10-3
12 Aging by artificial climate Appearance
Tensile force retention percentage,%
Class1
No slippage.flowing.dropping.
Softness at low temperature, ℃ 80
Appearance -10 -20
Note:(1) the index of water vapor permeability is applied to the subterranean project
(2) For polyethylene membrane surface and fine sand membrane the index of aging by artificial climate is not applicable.
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