Home / Products / Polyethylene
Polyethylene Polypropylene Waterproof Materials/Polypropylene Fiber Polypropylene Fibre

Polyethylene Polypropylene Waterproof Materials/Polypropylene Fiber Polypropylene Fibre

Product introduction: Polyethylene propylene (polyester) polymer waterproof membrane is made of polymer materials such a
Basic Info
Type Waterproof Roll Material
Ceiling Tile Shape Roll
Material Polyethylene
Thickness 0.8mm
Ceiling Tile Type Polyethylene
Surface Treatment Use with Rubber Powder Cement
Function Waterproof
Color White
Usage Outdoor, Indoor
Transport Package 100 Sqm/Roll, Wrapped in Plastic Film
Specification 1.15 * 87
Trademark YOUSUNNY, Yuxiang
Origin Xinxiang, Henan, China
HS Code 391810
Production Capacity 300000 Rolls/Year
Product Description
Product introduction: Polyethylene propylene (polyester) polymer waterproof membrane is made of polymer materials such as polyethylene, high-strength propylene (polyester) non-woven fabric, ultraviolet light-shielding agent, anti-aging agent, etc., and is extruded at one time by an automated production line. Made by molding. The middle layer of the coil is a waterproof layer and an anti-aging layer, and the upper and lower sides are reinforced bonding layers. It is firm, reliable, has no warping, no hollowing, and double-layer waterproofing. It is a new type of waterproof material.Product features: This product is a green environmental protection product, non-toxic, tasteless, and pollution-free.Application scenarios: suitable for waterproofing projects of various roofs, basements, tunnel lights; roofing and underground projects of civil and industrial buildings, water storage tanks, municipal projects, bridges, subways, tunnels, dams and other projects, especially for durability, key projects that require high corrosion resistance and are easily deformed.Construction method: construction procedure: acceptance leveling layer → cleaning the base layer → configuring cement adhesive → making additional layers → base layer construction → protective layer → maintenanceBefore gluing, spread the coiled material in advance, align it, then fold the two ends of the coiled material and roll it up, pour the prepared cement adhesive on the base layer, and scrape it evenly with a scraper, and then roll up the coiled material Push the material forward and use the scraper to remove the air left inside the coil in time to scrape off the excess adhesive. The bonding rate between the coil and the leveling layer is >=85%.The seaming method:House waterproof joint construction: The air barrier layer, waterproof layer and additional layer are all made of overlapping joints, bonded with cement adhesive, and the width is 10cm. The seams of the additional layer and the seams of the waterproof layer are staggered by more than 5cm.Basement waterproof joint construction: use 10-15cm overlapping cover strip joints, and the cover strips are bonded with polymer seam adhesive glue.Protective layer: After the coiled material is laid and glued, a 1:2.5 cement mortar protective layer with a thickness of 2cm should be made on the waterproof layer, and it should be applied twice. The stubble of the second layer must be staggered by more than 20cm. The protective layer should be flat and watered for maintenance.


Executive Standard: GB18173.1-2012
Test itemsFS2
Above 1.0Below 1.0
Tensile Strength / N/cmNormal temperature ≥6050
Elongation at Break / %Normal temperature ≥400100
Tear Strength / N≥5050
Impervious (0.3Mpa 30 min)No leakage
Low Temperature bending-20°C without crack
Heating Expansion and Contraction / mmExtension ≤2
Contraction ≤4
Hot Air Aging (80°C × 168h)Tensile strength retention rate / % ≥80
Elongation at break elongation / % ≥70
Alkali Resistance [saturated Ca(OH) 2 solution, solution 23°C × 16.8 h]Tensile strength retention rate / % ≥80
Elongation at break elongation / % ≥80
Artificial WeatheringTensile strength retention rate / % ≥80
Break elongation retention rate / % ≥70
Bonding & Peeling Strength
(sheet with sheet)
Standard test conditions / (N / mm) ≥1.5
Water immersion retention rate (23°C × 168h) / % ≥70
Composite Strength (FS2 type surface layer and core layer) / Mpa0.8