Zylog GreenShield is a dedicated waterproofing and roofing solutions business, bringing Zylog Group’s more than 40 years of materials science expertise to the construction industry. Our portfolio includes advanced TPO, HDPE, FPO and EVA membranes, together with TPE expansion joint systems. From foundations to roofs, our solutions are engineered to provide reliable waterproofing, durability and long-term performance across commercial, industrial and infrastructure applications.
Our solutions are developed to meet demanding performance requirements, including resistance to UV exposure, ozone, weathering, chemicals, puncture and tearing. Selected products also offer resistance to microbial and fungal growth, while specific membrane systems are compliant with applicable requirements for potable water applications.
With manufacturing capabilities in India and a dedicated presence in Saudi Arabia, Zylog GreenShield serves customers across India, the GCC, South Asia and other international markets. We combine Zylog’s manufacturing and materials expertise with regional market knowledge, technical support and responsive customer service.
Zylog GreenShield is strengthening its system-based approach to waterproofing by integrating high-performance HDPE FPO TPO EVA and TPE technologies for applications ranging from substructures to roofs. The company will showcase its expanding portfolio at Big 5 Global 2026 in Dubai this month (November 23 to 26). WATERPROOFING technology has evolved considerably in recent years. While membrane performance remains fundamental successful waterproofing depends on much more than the physical properties of the membrane itself. Correct technology selection jointing detailing compatibility between system components and installation quality all contribute to the long-term performance of the building envelope. For Zylog GreenShield this system-based approach is becoming increasingly important as the company expands its presence across the GCC and works with customers on a growing range of roofing below-grade and infrastructure applications. Different parts of a structure are exposed to very different conditions and there is no single waterproofing technology that is ideal for every application says Mohamed Cherif General Manager - GCC Region Zylog GreenShield. Our approach is therefore not simply to supply a membrane. We look at the application the exposure conditions the installation methodology and the critical details surrounding the membrane. Ultimately the performance of waterproofing depends on the complete system. Engineering below-grade protection Below-grade waterproofing is among the most demanding areas of a building particularly because access for future repair can be extremely difficult once construction is completed he points out. Zylog GreenShield s below-grade portfolio includes HDPE pre-applied and post-applied waterproofing membranes together with dedicated tapes and detailing accessories. Pre-applied fully bonded systems are designed to form an integral bond with freshly poured concrete creating a continuous waterproofing barrier around the structure. High puncture resistance resistance to hydrostatic pressure and control of lateral water migration are particularly important considerations for foundations basements retaining structures podiums and other below-ground applications. Post-applied HDPE systems meanwhile are installed directly onto the completed concrete structure and incorporate a pressure-sensitive adhesive layer to provide continuous bonding between the membrane and the substrate. They provide an effective solution for waterproofing accessible concrete surfaces such as basement walls podiums and other below-grade structures where the membrane is applied after the structural concrete has been completed. The HDPE range also incorporates different jointing technologies including adhesive-based systems and sand-coated membranes with heat-weldable selvedges supported by dedicated tapes and detailing accessories. This allows the membrane overlaps and critical details to be addressed as part of the overall waterproofing system. Zylog GreenShield has also expanded its portfolio with FPO-based waterproofing solutions providing an additional synthetic membrane technology for demanding below-grade applications. Extending waterproofing solutions with EVA GreenShield s portfolio also includes EVA waterproofing membranes providing a flexible and durable solution for applications such as tunnels underground structures landscaping water features swimming pools and reservoirs. The technology further broadens GreenShield s range of synthetic waterproofing solutions allowing different membrane systems to be considered according to the specific application and project requirements according to the company. From substructure to roofing The same philosophy extends above ground. For roofing applications GreenShield has developed a broad range of TPO single-ply roofing membranes including reinforced non-reinforced and fleece-backed configurations designed for different roofing systems and installation methods. TPO roofing combines flexibility and mechanical performance with heat-welded seams allowing individual sheets to form a continuous waterproofing layer across the roof. Here again GreenShield s approach extends beyond the membrane itself. Depending on the project a roofing assembly may involve the structural deck vapour control layer thermal insulation separation or protection layers membrane attachment and a wide range of perimeter and penetration details. Roofing should be considered as a complete assembly says Cherif. Membrane selection is important but so are the substrate insulation attachment method wind-uplift requirements seam quality and detailing. All these elements contribute to the performance and durability of the finished roof. GreenShield s TPO development programme includes reinforced membranes for conventional roofing applications non-reinforced membranes for detailing requirements and fleece-backed solutions for adhered systems. The portfolio also includes dedicated membranes for specialised applications including potable-water containment. Managing movement and complex details Waterproofing continuity becomes particularly challenging where structures are designed to accommodate movement. GreenShield s portfolio therefore extends to TPE expansion-joint systems designed to provide flexible waterproofing across construction and movement joints when used together with compatible bonding systems. The company sees such accessories as an important part of its broader system philosophy particularly for complex infrastructure basement and podium applications where membrane systems frequently interface with joints penetrations and structural transitions. GreenShield heads to Big 5 Global Zylog GreenShield will bring this system-based approach to Big 5 Global 2026 which is taking place from November 23 to 26 at the Dubai World Trade Centre showcasing its synthetic waterproofing and roofing technologies across below-grade roofing and specialised applications. Big 5 Global provides an excellent platform to engage with consultants contractors applicators and partners from across the region and demonstrate how our different technologies come together to provide waterproofing solutions from substructure to roof says Cherif. The company will be present at Stand A361 in Hall 8.
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Zylog GreenShield is strengthening its system-based approach to waterproofing by integrating high-performance HDPE FPO TPO EVA and TPE technologies for applications ranging from substructures to roofs. The company will showcase its expanding portfolio at Big 5 Global 2026 in Dubai this month (November 23 to 26). WATERPROOFING technology has evolved considerably in recent years. While membrane performance remains fundamental successful waterproofing depends on much more than the physical properties of the membrane itself. Correct technology selection jointing detailing compatibility between system components and installation quality all contribute to the long-term performance of the building envelope. For Zylog GreenShield this system-based approach is becoming increasingly important as the company expands its presence across the GCC and works with customers on a growing range of roofing below-grade and infrastructure applications. Different parts of a structure are exposed to very different conditions and there is no single waterproofing technology that is ideal for every application says Mohamed Cherif General Manager - GCC Region Zylog GreenShield. Our approach is therefore not simply to supply a membrane. We look at the application the exposure conditions the installation methodology and the critical details surrounding the membrane. Ultimately the performance of waterproofing depends on the complete system. Engineering below-grade protection Below-grade waterproofing is among the most demanding areas of a building particularly because access for future repair can be extremely difficult once construction is completed he points out. Zylog GreenShield s below-grade portfolio includes HDPE pre-applied and post-applied waterproofing membranes together with dedicated tapes and detailing accessories. Pre-applied fully bonded systems are designed to form an integral bond with freshly poured concrete creating a continuous waterproofing barrier around the structure. High puncture resistance resistance to hydrostatic pressure and control of lateral water migration are particularly important considerations for foundations basements retaining structures podiums and other below-ground applications. Post-applied HDPE systems meanwhile are installed directly onto the completed concrete structure and incorporate a pressure-sensitive adhesive layer to provide continuous bonding between the membrane and the substrate. They provide an effective solution for waterproofing accessible concrete surfaces such as basement walls podiums and other below-grade structures where the membrane is applied after the structural concrete has been completed. The HDPE range also incorporates different jointing technologies including adhesive-based systems and sand-coated membranes with heat-weldable selvedges supported by dedicated tapes and detailing accessories. This allows the membrane overlaps and critical details to be addressed as part of the overall waterproofing system. Zylog GreenShield has also expanded its portfolio with FPO-based waterproofing solutions providing an additional synthetic membrane technology for demanding below-grade applications. Extending waterproofing solutions with EVA GreenShield s portfolio also includes EVA waterproofing membranes providing a flexible and durable solution for applications such as tunnels underground structures landscaping water features swimming pools and reservoirs. The technology further broadens GreenShield s range of synthetic waterproofing solutions allowing different membrane systems to be considered according to the specific application and project requirements according to the company. From substructure to roofing The same philosophy extends above ground. For roofing applications GreenShield has developed a broad range of TPO single-ply roofing membranes including reinforced non-reinforced and fleece-backed configurations designed for different roofing systems and installation methods. TPO roofing combines flexibility and mechanical performance with heat-welded seams allowing individual sheets to form a continuous waterproofing layer across the roof. Here again GreenShield s approach extends beyond the membrane itself. Depending on the project a roofing assembly may involve the structural deck vapour control layer thermal insulation separation or protection layers membrane attachment and a wide range of perimeter and penetration details. Roofing should be considered as a complete assembly says Cherif. Membrane selection is important but so are the substrate insulation attachment method wind-uplift requirements seam quality and detailing. All these elements contribute to the performance and durability of the finished roof. GreenShield s TPO development programme includes reinforced membranes for conventional roofing applications non-reinforced membranes for detailing requirements and fleece-backed solutions for adhered systems. The portfolio also includes dedicated membranes for specialised applications including potable-water containment. Managing movement and complex details Waterproofing continuity becomes particularly challenging where structures are designed to accommodate movement. GreenShield s portfolio therefore extends to TPE expansion-joint systems designed to provide flexible waterproofing across construction and movement joints when used together with compatible bonding systems. The company sees such accessories as an important part of its broader system philosophy particularly for complex infrastructure basement and podium applications where membrane systems frequently interface with joints penetrations and structural transitions. GreenShield heads to Big 5 Global Zylog GreenShield will bring this system-based approach to Big 5 Global 2026 which is taking place from November 23 to 26 at the Dubai World Trade Centre showcasing its synthetic waterproofing and roofing technologies across below-grade roofing and specialised applications. Big 5 Global provides an excellent platform to engage with consultants contractors applicators and partners from across the region and demonstrate how our different technologies come together to provide waterproofing solutions from substructure to roof says Cherif. The company will be present at Stand A361 in Hall 8.
Zylog GreenShield is strengthening its system-based approach to waterproofing by integrating high-performance HDPE FPO TPO EVA and TPE technologies for applications ranging from substructures to roofs. The company will showcase its expanding portfolio at Big 5 Global 2026 in Dubai this month (November 23 to 26). WATERPROOFING technology has evolved considerably in recent years. While membrane performance remains fundamental successful waterproofing depends on much more than the physical properties of the membrane itself. Correct technology selection jointing detailing compatibility between system components and installation quality all contribute to the long-term performance of the building envelope. For Zylog GreenShield this system-based approach is becoming increasingly important as the company expands its presence across the GCC and works with customers on a growing range of roofing below-grade and infrastructure applications. Different parts of a structure are exposed to very different conditions and there is no single waterproofing technology that is ideal for every application says Mohamed Cherif General Manager - GCC Region Zylog GreenShield. Our approach is therefore not simply to supply a membrane. We look at the application the exposure conditions the installation methodology and the critical details surrounding the membrane. Ultimately the performance of waterproofing depends on the complete system. Engineering below-grade protection Below-grade waterproofing is among the most demanding areas of a building particularly because access for future repair can be extremely difficult once construction is completed he points out. Zylog GreenShield s below-grade portfolio includes HDPE pre-applied and post-applied waterproofing membranes together with dedicated tapes and detailing accessories. Pre-applied fully bonded systems are designed to form an integral bond with freshly poured concrete creating a continuous waterproofing barrier around the structure. High puncture resistance resistance to hydrostatic pressure and control of lateral water migration are particularly important considerations for foundations basements retaining structures podiums and other below-ground applications. Post-applied HDPE systems meanwhile are installed directly onto the completed concrete structure and incorporate a pressure-sensitive adhesive layer to provide continuous bonding between the membrane and the substrate. They provide an effective solution for waterproofing accessible concrete surfaces such as basement walls podiums and other below-grade structures where the membrane is applied after the structural concrete has been completed. The HDPE range also incorporates different jointing technologies including adhesive-based systems and sand-coated membranes with heat-weldable selvedges supported by dedicated tapes and detailing accessories. This allows the membrane overlaps and critical details to be addressed as part of the overall waterproofing system. Zylog GreenShield has also expanded its portfolio with FPO-based waterproofing solutions providing an additional synthetic membrane technology for demanding below-grade applications. Extending waterproofing solutions with EVA GreenShield s portfolio also includes EVA waterproofing membranes providing a flexible and durable solution for applications such as tunnels underground structures landscaping water features swimming pools and reservoirs. The technology further broadens GreenShield s range of synthetic waterproofing solutions allowing different membrane systems to be considered according to the specific application and project requirements according to the company. From substructure to roofing The same philosophy extends above ground. For roofing applications GreenShield has developed a broad range of TPO single-ply roofing membranes including reinforced non-reinforced and fleece-backed configurations designed for different roofing systems and installation methods. TPO roofing combines flexibility and mechanical performance with heat-welded seams allowing individual sheets to form a continuous waterproofing layer across the roof. Here again GreenShield s approach extends beyond the membrane itself. Depending on the project a roofing assembly may involve the structural deck vapour control layer thermal insulation separation or protection layers membrane attachment and a wide range of perimeter and penetration details. Roofing should be considered as a complete assembly says Cherif. Membrane selection is important but so are the substrate insulation attachment method wind-uplift requirements seam quality and detailing. All these elements contribute to the performance and durability of the finished roof. GreenShield s TPO development programme includes reinforced membranes for conventional roofing applications non-reinforced membranes for detailing requirements and fleece-backed solutions for adhered systems. The portfolio also includes dedicated membranes for specialised applications including potable-water containment. Managing movement and complex details Waterproofing continuity becomes particularly challenging where structures are designed to accommodate movement. GreenShield s portfolio therefore extends to TPE expansion-joint systems designed to provide flexible waterproofing across construction and movement joints when used together with compatible bonding systems. The company sees such accessories as an important part of its broader system philosophy particularly for complex infrastructure basement and podium applications where membrane systems frequently interface with joints penetrations and structural transitions. GreenShield heads to Big 5 Global Zylog GreenShield will bring this system-based approach to Big 5 Global 2026 which is taking place from November 23 to 26 at the Dubai World Trade Centre showcasing its synthetic waterproofing and roofing technologies across below-grade roofing and specialised applications. Big 5 Global provides an excellent platform to engage with consultants contractors applicators and partners from across the region and demonstrate how our different technologies come together to provide waterproofing solutions from substructure to roof says Cherif. The company will be present at Stand A361 in Hall 8.
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Zylog GreenShield is strengthening its system-based approach to waterproofing by integrating high-performance HDPE, FPO, TPO, EVA, and TPE technologies for applications ranging from substructures to roofs. The company will showcase its expanding portfolio at Big 5 Global 2026 in Dubai this month (November 23 to 26).
WATERPROOFING technology has evolved considerably in recent years. While membrane performance remains fundamental, successful waterproofing depends on much more than the physical properties of the membrane itself. Correct technology selection, jointing, detailing, compatibility between system components and installation quality all contribute to the long-term performance of the building envelope.
For Zylog GreenShield, this system-based approach is becoming increasingly important as the company expands its presence across the GCC and works with customers on a growing range of roofing, below-grade and infrastructure applications.
“Different parts of a structure are exposed to very different conditions, and there is no single waterproofing technology that is ideal for every application,” says Mohamed Cherif, General Manager - GCC Region, Zylog GreenShield. “Our approach is, therefore, not simply to supply a membrane. We look at the application, the exposure conditions, the installation methodology and the critical details surrounding the membrane. Ultimately, the performance of waterproofing depends on the complete system.”
Engineering below-grade protection
Below-grade waterproofing is among the most demanding areas of a building, particularly because access for future repair can be extremely difficult once construction is completed, he points out.
Zylog GreenShield’s below-grade portfolio includes HDPE pre-applied and post-applied waterproofing membranes, together with dedicated tapes and detailing accessories.
Pre-applied fully bonded systems are designed to form an integral bond with freshly poured concrete, creating a continuous waterproofing barrier around the structure. High puncture resistance, resistance to hydrostatic pressure and control of lateral water migration are particularly important considerations for foundations, basements, retaining structures, podiums and other below-ground applications.
Post-applied HDPE systems, meanwhile, are installed directly onto the completed concrete structure and incorporate a pressure-sensitive adhesive layer to provide continuous bonding between the membrane and the substrate. They provide an effective solution for waterproofing accessible concrete surfaces such as basement walls, podiums and other below-grade structures where the membrane is applied after the structural concrete has been completed.
The HDPE range also incorporates different jointing technologies, including adhesive-based systems and sand-coated membranes with heat-weldable selvedges, supported by dedicated tapes and detailing accessories. This allows the membrane, overlaps and critical details to be addressed as part of the overall waterproofing system.
Zylog GreenShield has also expanded its portfolio with FPO-based waterproofing solutions, providing an additional synthetic membrane technology for demanding below-grade applications.
Extending waterproofing solutions with EVA
GreenShield’s portfolio also includes EVA waterproofing membranes, providing a flexible and durable solution for applications such as tunnels, underground structures, landscaping, water features, swimming pools and reservoirs. The technology further broadens GreenShield’s range of synthetic waterproofing solutions, allowing different membrane systems to be considered according to the specific application and project requirements, according to the company.
From substructure to roofing
The same philosophy extends above ground. For roofing applications, GreenShield has developed a broad range of TPO single-ply roofing membranes, including reinforced, non-reinforced and fleece-backed configurations designed for different roofing systems and installation methods.
TPO roofing combines flexibility and mechanical performance with heat-welded seams, allowing individual sheets to form a continuous waterproofing layer across the roof.
Here again, GreenShield’s approach extends beyond the membrane itself. Depending on the project, a roofing assembly may involve the structural deck, vapour control layer, thermal insulation, separation or protection layers, membrane attachment and a wide range of perimeter and penetration details.
“Roofing should be considered as a complete assembly,” says Cherif. “Membrane selection is important, but so are the substrate, insulation, attachment method, wind-uplift requirements, seam quality and detailing. All these elements contribute to the performance and durability of the finished roof.”
GreenShield’s TPO development programme includes reinforced membranes for conventional roofing applications, non-reinforced membranes for detailing requirements and fleece-backed solutions for adhered systems.
The portfolio also includes dedicated membranes for specialised applications, including potable-water containment.
Managing movement and complex details
Waterproofing continuity becomes particularly challenging where structures are designed to accommodate movement. GreenShield’s portfolio, therefore, extends to TPE expansion-joint systems, designed to provide flexible waterproofing across construction and movement joints when used together with compatible bonding systems.
The company sees such accessories as an important part of its broader system philosophy, particularly for complex infrastructure, basement and podium applications where membrane systems frequently interface with joints, penetrations and structural transitions.
GreenShield heads to Big 5 Global
Zylog GreenShield will bring this system-based approach to Big 5 Global 2026, which is taking place from November 23 to 26 at the Dubai World Trade Centre, showcasing its synthetic waterproofing and roofing technologies across below-grade, roofing and specialised applications.
“Big 5 Global provides an excellent platform to engage with consultants, contractors, applicators and partners from across the region and demonstrate how our different technologies come together to provide waterproofing solutions from substructure to roof,” says Cherif.
The company will be present at Stand A361 in Hall 8.
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High-performance HDPE waterproofing membrane systems designed for below-grade structures, including foundations, basements, retaining walls and other underground applications. The range includes pre-applied sand-coated and post-applied pressure-sensitive adhesive membranes, supported by dedicated tapes and accessories to provide durable, reliable and continuous waterproofing protection.
High-performance FPO waterproofing membrane systems designed for below-grade structures, including foundations, basements, retaining walls and other underground applications. The range includes fleece-backed membrane configurations engineered to provide effective bonding with concrete and compatible substrates, combining flexibility, durability and reliable waterproofing performance for demanding below-grade applications.
High-performance TPO single-ply roofing membrane systems for flat and low-slope roofs, available in reinforced and specialized configurations. Designed for long-term weathering resistance, flexibility and reliable waterproofing across exposed roofing applications, with solutions for mechanically fastened, fully adhered and other approved roofing systems.
Flexible TPE waterproofing systems designed for sealing expansion, construction and movement joints in concrete structures. Used together with compatible epoxy adhesive systems to accommodate structural movement while maintaining watertight continuity in demanding building and infrastructure applications.
Flexible EVA waterproofing membrane systems developed for tunnels, underground structures and water-containment applications. Designed to provide durable waterproofing performance in demanding environments, including tunnels, reservoirs, water features, landscaping and swimming pools.
