Description:
Henkel Polybit Bitustick XL Cross Laminated Membrane (2.1mm) is a high-performance, self-adhesive bitumen membrane engineered with cross-laminated technology for superior waterproofing, durability, and mechanical strength. Designed to provide enhanced protection for both roofing and foundation applications, this 2.1mm thick membrane offers outstanding tear resistance, flexibility, and resistance to physical damage. Ideal for demanding environments where high-strength performance and long-lasting protection are essential, Bitustick XL ensures a reliable waterproof barrier while being easy to install with its self-adhesive properties.
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Thickness: 2.1mm
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Type: Cross-Laminated Self-Adhesive Bitumen Membrane
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Features:
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Cross-Laminated Construction: The advanced cross-laminated structure increases the membrane’s tensile strength, tear resistance, and durability, making it suitable for high-stress areas and heavy traffic zones.
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Self-Adhesive: The membrane features a self-adhesive backing, making installation quick, easy, and safe. No need for heat or additional adhesives—simply peel and apply for a secure, long-lasting bond.
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Superior Waterproofing: Provides a robust, seamless waterproof barrier, effectively preventing water ingress and protecting underlying structures from moisture damage.
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Enhanced Durability: Resistant to punctures, tears, and abrasion, ensuring reliable long-term performance even in harsh construction environments.
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UV & Weather Resistance: Designed to withstand UV degradation, extreme temperatures, and environmental stress, Bitustick XL offers exceptional protection against weathering and physical wear.
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Versatile Application: Suitable for both flat and sloped roofing systems, as well as foundations, basements, tunnels, and other areas exposed to water. The membrane is ideal for both vertical and horizontal applications.
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Uses: Polybit Bitustick XL is ideal for waterproofing flat roofs, foundations, basements, and other critical structures that require high-performance protection. It is especially effective in areas exposed to mechanical stress, heavy foot traffic, or harsh weather conditions, such as commercial and industrial buildings.
