HDPE Waterproof Membrane

• Material: HDPE
• Type: Roofing and Waterproofing
• Function: Waterproof
• Model NO.: BNZ-711

Product Description

Product lntroduction

The product is a polymer homogeneous sheet as the main material, the surface is coated with self-adhesive material, suitable for post-poured concrete or cement mortar discharges bonded waterproof coil. The self-adhesive layer of the coil material has the function of self-healing. After reacting and consolidating with the liquid concrete slurry, the waterproof layer and the mixed soil structure are formed without gap. Preventing the hidden danger of water channeling between layers can effectively improve the reliability and waterproof effect of the waterproof system.



Product Specification
 

Thickness / mm	1.2	1.5	2.0
Width / m		1.0

Product Features

The new prelay wet bonding technology, the coil and the structure coagulative form a permanent organic bond without the potential water channeling, completely improve the reliability of the waterproof layer.

Excellent impact resistance and wear resistance, can withstand the impact of the construction load grade steel bar, pre-laid anti-adhesive construction does not need special protection, can be directly concrete pouring.

Using a special formula, the self-adhesive layer has strong self-healing properties, and has a unique self-healing ability for minor construction injuries.

Chemical corrosion resistance, good resistance to alkali water from concrete, no microbial damage, anti-toxic bacteria, corrosion resistance

The construction surface requirements are low, not affected by the base moisture, and there are obvious advantages in the rainy season construction and the construction project



Scope of Application

The pre-laid waterproof coil is suitable for waterproofing the bottom plate and side wall of underground engineering such as underground tunnel, and can also be used for other parts using the pre-laid anti-adhesive construction method. The coil is directly bonded to the concrete mix of the post-poured structure.