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24.00 USD
Yaseen Construction Products supplies Fiber Glass Membranes for reinforcement in compatible waterproofing, roofing, protective coating and construction repair systems.
Fibreglass reinforcement membranes are manufactured from glass fibres arranged as mats, fabrics or meshes. Depending on the grade, they are embedded within approved liquid-applied waterproofing or resin systems to improve reinforcement continuity and help accommodate specified stresses.
Fiber Glass Membrane is a glass-fibre-based sheet material used as reinforcement within selected waterproofing, roofing and protective coating systems.
It may be supplied as a nonwoven mat, woven fabric, open mesh or another engineered glass-fibre reinforcement product.
The membrane is generally embedded into a compatible liquid-applied material, such as a resin or waterproofing coating, to form a reinforced composite layer.
Its suitability depends on the glass fibre type, binder, weight, construction and compatibility with the surrounding waterproofing or resin system.
Yaseen Construction Products sources fibreglass reinforcement membranes for waterproofing contractors, roofing companies, concrete repair specialists, industrial coating contractors and construction procurement teams.
A fibre glass membrane is a reinforcement material made from glass fibres.
Depending on its construction, it may provide:
Tensile reinforcement.
Dimensional stability.
Reinforcement continuity.
Support for selected coating systems.
Localised reinforcement at junctions.
Resistance to specified handling stresses.
A fibreglass membrane does not automatically prevent water penetration on its own.
Its waterproofing performance depends on the complete system in which it is installed.
Nonwoven fibreglass mats consist of glass fibres arranged and bonded into a sheet.
They may be used as reinforcement in:
Liquid-applied waterproofing.
Resin-based systems.
Roofing products.
Selected protective coatings.
The mat must be compatible with the resin or coating used.
Woven fibreglass fabric is produced by interlacing glass fibre yarns.
It may be selected where a defined woven reinforcement structure is required.
Performance depends on:
Fibre type.
Weave.
Fabric weight.
Yarn construction.
Surface treatment.
Fibreglass mesh has an open grid structure.
Selected grades are used in:
Coating reinforcement.
Crack-control layers.
Render systems.
Waterproofing details.
Mesh size and alkali resistance must match the application.
Chopped strand mat contains short glass fibres held together by a binder.
It is commonly used in compatible resin composite systems.
The binder must be suitable for the selected resin chemistry.
Continuous filament mats contain continuous glass fibres arranged into a reinforcement sheet.
They may be specified for selected roofing, coating or composite manufacturing applications.
Alkali-resistant glass fibre reinforcement is used in suitable cementitious environments.
Ordinary E-glass mesh should not automatically be substituted where long-term alkali resistance is required.
| Parameter | Specification / Selection Criteria |
|---|---|
| Product | Fiber Glass Membrane |
| Material Type | Glass Fibre Reinforcement |
| Fibre Type | E-Glass, Alkali-Resistant Glass or Other Approved Grade |
| Construction | Nonwoven Mat, Woven Fabric or Mesh |
| Colour | Manufacturer Specified |
| Weight | Manufacturer Specified in g/m² |
| Thickness | Manufacturer Specified |
| Roll Width | Manufacturer Specified |
| Roll Length | Manufacturer Specified |
| Mesh Opening | Where Applicable |
| Tensile Strength | Manufacturer Declared |
| Elongation | Manufacturer Declared |
| Tear Resistance | Where Relevant |
| Binder Type | Where Applicable |
| Surface Treatment | Manufacturer Specified |
| Resin Compatibility | Manufacturer Approved |
| Alkali Resistance | Where Required |
| Temperature Resistance | Manufacturer Specified |
| Packaging | Rolls or Approved Packs |
Actual values must be verified against the selected manufacturer’s technical data sheet.
Fibreglass reinforcement becomes part of a composite system when embedded into a compatible coating, resin or waterproofing material.
The surrounding material transfers stress to the reinforcement.
The effectiveness of the system depends on:
Fibre strength.
Reinforcement construction.
Resin compatibility.
Complete saturation.
Proper overlap.
Correct placement.
Specified coating thickness.
Curing conditions.
Dry, exposed or poorly saturated reinforcement may not perform as intended.
| Property | Fiber Glass Membrane | Polyester Reinforcement Fabric |
|---|---|---|
| Main Material | Glass Fibres | Polyester Fibres |
| Construction | Mat, Fabric or Mesh | Commonly Nonwoven or Woven Fabric |
| Tensile Properties | Grade Dependent | Grade Dependent |
| Elongation | Often Lower for Glass Fibre Grades | Often Higher for Suitable Polyester Grades |
| Resin Compatibility | Must Be Verified | Must Be Verified |
| Typical Applications | Roofing, Coatings and Composites | Waterproofing and Reinforcement |
| Selection | System-Specific | System-Specific |
Neither material is universally better. The correct reinforcement depends on the movement requirements and approved waterproofing system.
The term fibreglass membrane may describe a continuous mat or fabric.
Fibreglass mesh usually refers to an open-grid reinforcement.
A mat and mesh differ in:
Fibre arrangement.
Open area.
Weight.
Resin uptake.
Reinforcement behaviour.
They should not be substituted without technical approval.
Some finished waterproofing membranes use glass fibre as an internal reinforcement carrier.
For example, a factory-manufactured bituminous waterproofing membrane may contain a fibreglass reinforcement layer.
That finished membrane is different from a standalone fibreglass reinforcement mat.
The complete waterproofing membrane includes the waterproofing compound and other product layers.
Selected fibreglass membranes are embedded in compatible liquid-applied waterproofing systems.
The reinforcement may be used to:
Support the coating layer.
Reinforce selected details.
Improve composite integrity.
Provide specified local reinforcement.
The manufacturer must approve the membrane for the selected waterproofing material.
Roofing applications may include reinforcement of approved liquid-applied waterproofing systems.
Relevant areas can include:
Roof surfaces.
Upstands.
Corners.
Drainage outlets.
Penetrations.
Junctions.
Roof movement and thermal expansion must be considered.
Suitable fibreglass reinforcement materials may be used in selected concrete surface repair or coating systems.
The application must be approved for the specific repair material.
Fibreglass reinforcement mats should not be treated as substitutes for structural reinforcement.
Fibreglass reinforcement may be used within selected protective resin systems.
Applications depend on:
Resin chemistry.
Chemical exposure.
Mechanical loading.
Substrate.
Required laminate thickness.
Industrial lining systems may require multiple reinforcement layers and specialised installation procedures.
Suitable reinforcement may be used in approved waterproofing details for:
Bathrooms.
Wet rooms.
Utility areas.
Balconies.
Other specified wet areas.
The complete waterproofing system must be suitable for the exposure conditions.
Selected fibreglass reinforcement products may be used at:
Internal corners.
External corners.
Changes in substrate.
Penetrations.
Selected static joints.
Moving joints require a system designed for the expected movement.
Rigid fibreglass reinforcement should not be placed across movement joints without an approved detail.
Fibreglass reinforcement must be compatible with the surrounding material.
Possible systems include:
Approved acrylic waterproofing coatings.
Selected polyurethane waterproofing systems.
Compatible epoxy resin systems.
Certain bituminous systems.
Approved cementitious systems using suitable alkali-resistant reinforcement.
Not every fibreglass membrane is compatible with every coating.
Before installation:
Inspect the substrate.
Repair defects.
Remove loose material.
Remove dust.
Check moisture.
Confirm primer requirements.
Prepare the compatible waterproofing material.
Cut reinforcement to the required dimensions.
Verify the specified reinforcement type, weight, overlap and compatible coating.
Complete cleaning, repairs and priming as required.
Apply the approved base coat or resin layer.
Place the fibreglass membrane into the wet material according to the system instructions.
Embed and saturate the reinforcement using the approved method.
Avoid dry areas, folds and trapped air.
Provide the specified overlaps between adjacent sheets.
Apply the remaining waterproofing or resin layers as specified.
Check reinforcement coverage, saturation, film continuity and curing.
Insufficient saturation can produce weak or discontinuous composite areas.
Incorrect placement can create uneven reinforcement and coating thickness.
Poor overlaps can interrupt reinforcement continuity.
An unsuitable resin or binder may prevent correct wetting or bonding.
Using ordinary fibreglass in a highly alkaline cementitious environment may reduce long-term performance if alkali resistance is required.
| Standard | Application |
|---|---|
| ISO 3374 | Determination of mass per unit area for textile glass mats |
| ISO 4602 | Determination of number of yarns per unit length for textile glass fabrics |
| ISO 4603 | Determination of thickness of textile glass fabrics |
| ISO 4606 | Determination of tensile breaking force and elongation at break for textile glass fabrics |
| ISO 2559 | Designation of textile glass mats |
| EN 13496 | Mechanical properties of glass fibre meshes for external thermal insulation composite systems, where applicable |
| EAD 040016-01-0404 | Glass fibre mesh for reinforcement of cement-based renderings, where applicable |
Testing requirements depend on whether the product is a mat, fabric, mesh or reinforcement component within a finished waterproofing system.
Buyers should confirm:
Mat, mesh or woven fabric.
Fibre type.
Weight in g/m².
Thickness.
Roll width.
Roll length.
Mesh opening.
Tensile strength.
Elongation.
Binder compatibility.
Alkali resistance.
Intended resin system.
Overlap requirements.
Application temperature.
Packaging and project quantity.
The selected product must match the approved waterproofing or coating system.
Fibreglass membranes are commonly supplied in rolls.
Quantity depends on:
Surface area.
Roll width.
Roll length.
Overlaps.
Cutting losses.
Corners.
Penetrations.
Number of reinforcement layers.
Theoretical roll quantity = Total reinforcement area ÷ Effective coverage per roll
For example, a project requiring 500 m² of reinforcement using rolls measuring 1 m × 50 m has a theoretical requirement of 10 rolls before overlaps and waste.
Actual quantities must account for installation details.
Yaseen Construction Products can review sourcing enquiries against relevant fibreglass reinforcement materials used in waterproofing and composite systems.
Equivalent materials should be compared using:
Fibre type.
Construction.
Weight.
Thickness.
Tensile strength.
Elongation.
Resin compatibility.
Alkali resistance.
Roll dimensions.
A fibreglass mesh should not automatically be treated as equivalent to a nonwoven fibreglass mat.
Pricing depends on:
Fibre type.
Mat or mesh construction.
Weight in g/m².
Roll width.
Roll length.
Surface treatment.
Binder type.
Mechanical properties.
Manufacturer.
Order quantity.
Delivery destination.
For project comparisons, evaluate the cost per square metre at the specified reinforcement grade.
Yaseen Construction Products supplies and exports fibre glass membranes for waterproofing reinforcement, roofing, protective coating systems and construction repair applications across the UAE, Saudi Arabia, Qatar, Oman, Kuwait and African countries, including Nigeria, Kenya, Ghana, Tanzania, Uganda, Ethiopia, South Africa, Egypt, Morocco, Rwanda, Zambia, Mozambique and Senegal.
We support waterproofing contractors, roofing specialists, concrete repair companies, industrial coating contractors, construction material distributors and procurement teams with specification-based sourcing, bulk quotations and international shipment arrangements.
Product availability, pricing and delivery schedules depend on fibre type, reinforcement construction, roll dimensions, quantity and destination.
Reinforcement Support: Provides reinforcement within compatible waterproofing and coating systems.
Tensile Properties: Glass fibre grades offer defined tensile performance.
Dimensional Stability: Suitable reinforcement maintains its dimensions under specified conditions.
Different Constructions: Available as mats, fabrics and meshes.
Lightweight Material: Roll-based reinforcement is practical for suitable site applications.
Waterproofing Compatibility: Approved grades can be embedded in liquid-applied systems.
Detail Reinforcement: Suitable for selected corners, junctions and penetrations.
Resin Compatibility Options: Different grades are available for specified resin systems.
Alkali-Resistant Grades: Suitable mesh options are available for approved cementitious applications.
Roll Supply: Supports planned coverage across large project areas.
Custom Selection: Weight, width and reinforcement construction can be matched to specifications.
Bulk Procurement: Suitable for roofing, waterproofing and industrial coating projects.
Liquid-Applied Waterproofing: Reinforcement within approved waterproofing coatings.
Roof Waterproofing: Selected roof surfaces and waterproofing details.
Roof Upstands: Reinforcement at compatible vertical junctions.
Waterproofing Corners: Approved internal and external corner details.
Drainage Outlets: Reinforcement around specified roof drainage details.
Pipe Penetrations: Local reinforcement within approved waterproofing systems.
Protective Coatings: Fibreglass reinforcement in compatible resin coatings.
Industrial Linings: Selected reinforced resin lining systems.
Concrete Surface Repairs: Reinforcement within approved repair and coating applications.
Balconies and Terraces: Reinforcement in compatible waterproofing systems.
Wet Areas: Selected bathroom and utility-area waterproofing details.
Construction Composite Systems: Reinforcement in approved resin-based products.
Fiber Glass Membrane is a glass-fibre-based reinforcement material supplied as a mat, fabric or mesh. It is used within compatible waterproofing, roofing, coating and composite systems.
It is used for reinforcing selected liquid-applied waterproofing systems, roofing details, protective coatings, resin linings and compatible construction repair applications.
A fibreglass reinforcement membrane is not automatically waterproof on its own. Waterproofing performance depends on the complete coating or membrane system in which it is embedded.
Fibreglass membrane may refer to a continuous mat or fabric, while fibreglass mesh has an open-grid structure. They differ in construction, resin uptake and reinforcement characteristics.
Yes. Suitable fibreglass reinforcement can be used within approved liquid-applied roof waterproofing systems. Compatibility and movement requirements must be checked.
Only grades approved by the polyurethane waterproofing system manufacturer should be used. Not every fibreglass mat or mesh is compatible with every polyurethane formulation.
Selected alkali-resistant fibreglass reinforcement materials may be suitable for approved cementitious systems. Ordinary glass fibre should not automatically be used where alkali resistance is required.
Fibreglass and polyester reinforcement differ in fibre chemistry, elongation and other mechanical properties. The correct choice depends on the approved waterproofing system and expected movement.
Suitable reinforcement can support specified crack-control or coating details, but performance depends on the complete system. Moving or structural cracks require an approved repair or movement-joint design.
The reinforcement is commonly embedded into a wet compatible coating or resin layer, saturated and covered with additional material according to the system instructions. Overlaps and curing requirements must be followed.
Quantity depends on surface area, roll dimensions, overlaps and cutting losses. For example, 500 m² of coverage using 1 m × 50 m rolls requires 10 rolls before overlaps and waste.
Yaseen Construction Products supplies and exports fibreglass membranes for waterproofing reinforcement, roofing, protective coatings and construction repair applications across the UAE, Saudi Arabia, Qatar, Oman, Kuwait and African countries, including Nigeria, Kenya, Ghana, Tanzania, Uganda, Ethiopia, South Africa, Egypt, Morocco, Rwanda, Zambia, Mozambique and Senegal.
We assist waterproofing contractors, roofing specialists, concrete repair companies, industrial coating contractors, construction material distributors and procurement teams with specification matching, bulk quotations and international shipment arrangements.
Trusted supplier and exporter of building construction products in UAE, Saudi, Qatar, Oman & African Countries.
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