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- Rock One
Rock One
Rock One is a Plastomeric high performance, prefabricated, modified bitumen waterproofing membrane consisting of proprietary water- proofing bitumen compound, reinforced with Non-Woven Polyester Carrier.
1 https://rockal.odoo.com/shop/000001-rock-one-56095 https://rockal.odoo.com/web/image/product.template/56095/image_1920?unique=c602249Description:
Rock One is a Plastomeric high performance, prefabricated, modified bitumen waterproofing membrane consisting of proprietary water- proofing bitumen compound, reinforced with Non-Woven Polyester Carrier.
Rock One proprietary waterproofing com- pound is formulated with high grade bitumen modified with Atactic polypropylene (APP) to increase elasticity, flexibility, and enhanced with admixture of Thermoplastic materials to gain high heat resistance, good elongation and low temperature flexibility. To improve the UV resistance and durability for The Product, the membrane is coated with Mineral Stabilizers.
Key Features:
- High U.V. resistance (Mineral Finish).
- Excellent thermal resistance
- Strong adhesion to substrate.
- Proven water impermeability.
- Chemical resistance to wide range of light acidic, alkaline solutions and bacteria.
Reinforcement
There are several types of reinforcement materials used in bituminous membranes, including:
Non- woven Glass fiber Reinforcement: provides tensile strength and dimensional stability
Non-woven polyester fabric: provides tensile strength and stability
- Non-woven Polyester reinforcement reinforced with fiberglass filaments composite : Very high tensile strength, excellent elongation properties and good dimensional stability.
- Compound Base: High tensile strength and good dimensional stability
The choice of reinforcement material depends on the specific requirements of the roofing system and the desired properties such as reflectivity, dimensional stability, and resistance to environmental factors.
Surface Finish
The surface finish of a bituminous membrane refers to the final appearance of the membrane once it has been installed on the roof. The surface finish can have an impact on the overall aesthetic of the roof, as well as its performance. Some common types of surface finishes for bituminous membranes include:
Sand finish: a rough, textured surface that helps to increase the coefficient of friction and improve slip resistance, Specially (White/Yellow)
Granulated finish: a surface that is covered with small, granulated particles, typically made of a durable material such as aluminum oxide. This finish provides a high level of slip resistance and UV stability. Available in colors (Red, Grey, Green)
Smooth finish: a smooth surface that provides a sleek, modern appearance, but may have lower slip resistance compared to other finishes.
The choice of surface finish depends on the specific requirements of the roofing system, such as the desired level of slip resistance and the type of roof deck.
Methods of Installation
The installation methods for APP (Atactic Polypropylene) bituminous membrane vary depending on the specific requirements of the roofing system and the type of membrane being used. Some common methods of installation include:
Heat welded seam method: involves heating the overlapped edges of the membrane with a propane torch to create a seamless, watertight bond between the two pieces of membrane.
Self-adhesive method: involves removing the release paper from the self-adhesive backing on the membrane and pressing it onto the roof deck.
Torch-on method: involves heating the bituminous membrane with a torch and then pressing it onto the roof deck, where it will fuse and adhere to the surface.
Mechanically fastened method: involves using special mechanical fasteners to attach the membrane to the roof deck.
The choice of installation method will depend on factors such as the type of roof deck, the local building codes and regulations, and the desired level of seam strength and durability. It is recommended to seek the guidance of a professional roofing contractor for the installation of an APP bituminous membrane.
| Test | Test Method | Tolerance | Result | Unit | اإلختبــــــــار |
| Thickness | EN 1849-1 | ±5% | 4 | mm | السمك |
| Width | EN 1848-1 | ±1% | 1 | m | العرض |
| Length | EN 1848-1 | ±1% | 10 | m | الطول |
| Straightness | EN 1848-1 | - | ± 6 | mm | درجة اإلستقامة |
Softening Point (R&B) Flexibility at low temperature Flow resistance at elevated temperature | ASTM D-36 EN 1109 ASTM D-5147 EN 1110 ASTM D-5147 | ≥ - -10 | 150 - 6 : - 10 120 | 0C 0C 0C | درجة التطرية المرونة عند درجات الحرارة المنخفضة الثبات عند درجات الحرارة العالية |
| Tensile Strength-Longitudinal | EN 12311-1ASTM D-5147 | ± 20% | 900 | N/5cm | مقاومة الشد القصوي-طوليا |
| Tensile Strength-Transverse | EN 12311-1ASTM D-5147 | ± 20% | 600 | N/5cm | مقاومة الشد القصوي-عرضيا |
| Elongation @Break -Longitudinal | EN 12311-1ASTM D-5147 | ± 15 | 40 | % | معدل اإلستطالة - طوليا |
| Elongation @Break -Transverse | EN 12311-1ASTM D-5147 | ± 15 | 50 | % | معدل اإلستطالة - عرضيا |
| Tearing Strength-Longitudinal | EN 12310-1 | ≥ | 230
| N | مقاومة التمزق-طوليا |
| Tearing Strength-Transverse | EN 12310-1 | ≥ | 240 | N | مقاومة التمزق-عرضيا |
| Tensile Tear Resistance-Longitudinal | ASTM D-5147 D-4073 | ± 20% | 650 | N | مقاومة التمزق بطريقة الشد-طوليا |
| Tensile Tear Resistance-Transverse | ASTM D-5147 D-4073 | ± 20% | 500 | N | مقاومة التمزق بطريقة الشد-عرضيا |
| Resistance to Static Loading | EN 12730 | ≥ | 20 | Kg | مقاومة اإلختراق اإلستاتيكى |
| Resistance to Impact Loading | EN 12691 | ≥ | 1250 | mm | مقاومة اإلختراق الديناميكى |
| Shear Resistance of joint L/T | EN 12317-1 | ± 20% | 900/600 | N/5cm | مقاومة الشد عند منطقة التركيب |
| )طوليا/عرضيا( | |||||
| Dimensional Stability L/T | EN 1107-1 | - | ± 1 | % | ثبات األبعاد |
| Adhesion to concrete | Pelage UEATC | - | 20 | N/5cm | قوة اإللتصاق باالسطح الخرسانية |
| Water absorption | ASTM D-5147 | ≤ | 0.15 | % | درجة إمتصاص الماء |
| Fire Classification - Extremal Fire | EN 13501-5 | - | F roof | - | تصنيف الحريق-أداء الحريق |
| Performance | الخارجي | ||||
| Reaction to fire | EN 13501-1 | - | F | - | رد الفعل عند التعرض للنار |
| Water Impermeability | EN 1928 method A | - | Pass | 10Kpa | عدم نفاذية الماء |
| Thermal Ageing in air | EN 1296 | - | Pass | - | اإلهتراء نتيجة التسخين |
| (in oven 4 weeks at 70 ± 2°C) | |||||
| Ageing Due to Atmospheric Agents (U.V. Test weathering) | ASTM G 53 UNI 8202/29 | - | Pass | - | مقاومة التقادم لالشعة فوق البنفسجية |
| Average loss of slates | EN 12039 | ≤ | 30 | % | متوسط الفاقد من الحبيبات |
The manufacturer reserves the right to change the specification of the product or its performance, or the contents of the guide, without any prior notice. • Note Products could vary in: Thickness - 3:4mm • ± All Tolerances according to UEAtc Directives • PES: Non-Woven Polyester Reinforcement Carrier • This TDS issued 01/2020 Revoke all previous issued | |||||
Description:
Rock One is a Plastomeric high performance, prefabricated, modified bitumen waterproofing membrane consisting of proprietary water- proofing bitumen compound, reinforced with Non-Woven Polyester Carrier.
Rock One proprietary waterproofing com- pound is formulated with high grade bitumen modified with Atactic polypropylene (APP) to increase elasticity, flexibility, and enhanced with admixture of Thermoplastic materials to gain high heat resistance, good elongation and low temperature flexibility. To improve the UV resistance and durability for The Product, the membrane is coated with Mineral Stabilizers.
Key Features:
- High U.V. resistance (Mineral Finish).
- Excellent thermal resistance
- Strong adhesion to substrate.
- Proven water impermeability.
- Chemical resistance to wide range of light acidic, alkaline solutions and bacteria.
Reinforcement
There are several types of reinforcement materials used in bituminous membranes, including:
Non- woven Glass fiber Reinforcement: provides tensile strength and dimensional stability
Non-woven polyester fabric: provides tensile strength and stability
- Non-woven Polyester reinforcement reinforced with fiberglass filaments composite : Very high tensile strength, excellent elongation properties and good dimensional stability.
- Compound Base: High tensile strength and good dimensional stability
The choice of reinforcement material depends on the specific requirements of the roofing system and the desired properties such as reflectivity, dimensional stability, and resistance to environmental factors.
Surface Finish
The surface finish of a bituminous membrane refers to the final appearance of the membrane once it has been installed on the roof. The surface finish can have an impact on the overall aesthetic of the roof, as well as its performance. Some common types of surface finishes for bituminous membranes include:
Sand finish: a rough, textured surface that helps to increase the coefficient of friction and improve slip resistance, Specially (White/Yellow)
Granulated finish: a surface that is covered with small, granulated particles, typically made of a durable material such as aluminum oxide. This finish provides a high level of slip resistance and UV stability. Available in colors (Red, Grey, Green)
Smooth finish: a smooth surface that provides a sleek, modern appearance, but may have lower slip resistance compared to other finishes.
The choice of surface finish depends on the specific requirements of the roofing system, such as the desired level of slip resistance and the type of roof deck.
Methods of Installation
The installation methods for APP (Atactic Polypropylene) bituminous membrane vary depending on the specific requirements of the roofing system and the type of membrane being used. Some common methods of installation include:
Heat welded seam method: involves heating the overlapped edges of the membrane with a propane torch to create a seamless, watertight bond between the two pieces of membrane.
Self-adhesive method: involves removing the release paper from the self-adhesive backing on the membrane and pressing it onto the roof deck.
Torch-on method: involves heating the bituminous membrane with a torch and then pressing it onto the roof deck, where it will fuse and adhere to the surface.
Mechanically fastened method: involves using special mechanical fasteners to attach the membrane to the roof deck.
The choice of installation method will depend on factors such as the type of roof deck, the local building codes and regulations, and the desired level of seam strength and durability. It is recommended to seek the guidance of a professional roofing contractor for the installation of an APP bituminous membrane.
| Test | Test Method | Tolerance | Result | Unit | اإلختبــــــــار |
| Thickness | EN 1849-1 | ±5% | 4 | mm | السمك |
| Width | EN 1848-1 | ±1% | 1 | m | العرض |
| Length | EN 1848-1 | ±1% | 10 | m | الطول |
| Straightness | EN 1848-1 | - | ± 6 | mm | درجة اإلستقامة |
Softening Point (R&B) Flexibility at low temperature Flow resistance at elevated temperature | ASTM D-36 EN 1109 ASTM D-5147 EN 1110 ASTM D-5147 | ≥ - -10 | 150 - 6 : - 10 120 | 0C 0C 0C | درجة التطرية المرونة عند درجات الحرارة المنخفضة الثبات عند درجات الحرارة العالية |
| Tensile Strength-Longitudinal | EN 12311-1ASTM D-5147 | ± 20% | 900 | N/5cm | مقاومة الشد القصوي-طوليا |
| Tensile Strength-Transverse | EN 12311-1ASTM D-5147 | ± 20% | 600 | N/5cm | مقاومة الشد القصوي-عرضيا |
| Elongation @Break -Longitudinal | EN 12311-1ASTM D-5147 | ± 15 | 40 | % | معدل اإلستطالة - طوليا |
| Elongation @Break -Transverse | EN 12311-1ASTM D-5147 | ± 15 | 50 | % | معدل اإلستطالة - عرضيا |
| Tearing Strength-Longitudinal | EN 12310-1 | ≥ | 230
| N | مقاومة التمزق-طوليا |
| Tearing Strength-Transverse | EN 12310-1 | ≥ | 240 | N | مقاومة التمزق-عرضيا |
| Tensile Tear Resistance-Longitudinal | ASTM D-5147 D-4073 | ± 20% | 650 | N | مقاومة التمزق بطريقة الشد-طوليا |
| Tensile Tear Resistance-Transverse | ASTM D-5147 D-4073 | ± 20% | 500 | N | مقاومة التمزق بطريقة الشد-عرضيا |
| Resistance to Static Loading | EN 12730 | ≥ | 20 | Kg | مقاومة اإلختراق اإلستاتيكى |
| Resistance to Impact Loading | EN 12691 | ≥ | 1250 | mm | مقاومة اإلختراق الديناميكى |
| Shear Resistance of joint L/T | EN 12317-1 | ± 20% | 900/600 | N/5cm | مقاومة الشد عند منطقة التركيب |
| )طوليا/عرضيا( | |||||
| Dimensional Stability L/T | EN 1107-1 | - | ± 1 | % | ثبات األبعاد |
| Adhesion to concrete | Pelage UEATC | - | 20 | N/5cm | قوة اإللتصاق باالسطح الخرسانية |
| Water absorption | ASTM D-5147 | ≤ | 0.15 | % | درجة إمتصاص الماء |
| Fire Classification - Extremal Fire | EN 13501-5 | - | F roof | - | تصنيف الحريق-أداء الحريق |
| Performance | الخارجي | ||||
| Reaction to fire | EN 13501-1 | - | F | - | رد الفعل عند التعرض للنار |
| Water Impermeability | EN 1928 method A | - | Pass | 10Kpa | عدم نفاذية الماء |
| Thermal Ageing in air | EN 1296 | - | Pass | - | اإلهتراء نتيجة التسخين |
| (in oven 4 weeks at 70 ± 2°C) | |||||
| Ageing Due to Atmospheric Agents (U.V. Test weathering) | ASTM G 53 UNI 8202/29 | - | Pass | - | مقاومة التقادم لالشعة فوق البنفسجية |
| Average loss of slates | EN 12039 | ≤ | 30 | % | متوسط الفاقد من الحبيبات |
The manufacturer reserves the right to change the specification of the product or its performance, or the contents of the guide, without any prior notice. • Note Products could vary in: Thickness - 3:4mm • ± All Tolerances according to UEAtc Directives • PES: Non-Woven Polyester Reinforcement Carrier • This TDS issued 01/2020 Revoke all previous issued | |||||
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