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FIRE-RATED EXTERIOR
FIRE RESISTANCE RATING = 2 HOURS ULC Design No. W 606 |
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ROXUL BOARD INSULATION 15080TM RHT 606 |
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| General Product Information: | Description & Common Applications: |
| ROXUL® products are mineral wool fibre insulations made from basalt rook and stag. This combination results in a non-combustible product with a melting point of approximately 2150oF (1177oC), which gives it excellent fire resistance properties. ROXUL mineral wool is a water repellent yet vapour permeable material. | The RHT 606 product is a non-combustible, rigid mineral wool insulation boards that is lightweight, water repellent and designed for high temperature applications where durability and compressive resistance are required. Common application areas for the RHHT606 board Insulation include fire rated exterior non-loadbearing sheet steel walls, where a fire resistance rating of two hours is required. |
| Compliance and Performance: | ||
| ASTM C 612 CAN/CGSB 61.10-92 |
Mineral Fiber
Block and Board Thermal Insulation Mineral Fibre Board Thermal Insulation |
Type IVB,
Complies Type 1, Class 4 |
| Fire Performance: | ||
| CAN4
S114 CAN/ULC S102 |
Test
for Non-Combustibility Surface Burning Characteristics |
Non-Combustible Flame Spread = 0 Smoke Developed = 0 |
| Maximum Service Temperature: | ||
| ASTM C 411 | Hot Surface Performance | In Compliance with ASTM C612 @1200oF (650oC) |
| Dimensional Stability: | ||
| ASTM C 358 | Linear Shrinkage | 1.24% @1200oF (650oC) |
| Moisture Resistance: | ||
| ASTM C 1104 | Moisture Sorption | 0.04% |
| Corrosion Resistance: | ||
| ASTM C 665 | Corrosiveness to Steel | Passed |
| ASTM C 795 * | Stainless Steel Stress Corrosion Specification as per Test Methods 0871 and C692: U.S. Nuclear Regulatory Commission, Reg. Guide #1.36: U.S, Military Specifications MIL-1-24244 (all versions including B and C) | Conforms |
| Thermal Resistance: | ||
| ASTM C 518 (C 177) | R-value/inch @ 75oF RSI value/25.4 mm @ 24oC |
4.3 hr.ft2.F/Btu 0.76 m2=K/W |
| Maximum Service Temperature: | ||
| 1200-F (650-C) ASTM C 411 | ||
| Dimensions: | ||
| 24"
(width) x 48" (length) 610 mm (width) x 1219 mm (length) 4" (102mm) Thickness |
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| Key Application Qualifiers: | ||
| - Easy to Install - Service temperature 1200-F (650-C) - Non-combustible - Can be fabricated / laminated - Low moisture sorption - Good compressive resistance - Non-corrosive - Chemically inert - CFC and HCFC free product and process - Made from natural & recycled materials |
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ROXUL BOARD INSULATION 15080TM RHT 605 |
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| General Product Information: | Description & Common Applications: |
| ROXUL® products are mineral wool fibre Insulation made from basalt rock and slag. This combination results in a non-combustible product with a melting point of approximately 2150-F (1177°C), which gives it excellent fire resistance properties. ROXUL mineral wool is a water repellent yet vapour permeable material. | The RI4TTm605 product is a
non-combustible, semi-rigid mineral wool insulation boards that is
lightweight, water repellent and designed for high. temperature
applications where durability and some flexibility are required. Common application areas for the RHT605 board insulation are fire rated exterior non-loadbearing sheet steel walls, where a one hour fire resistance rating Is required. |
| Compliance and Performance: | ||
| ASTM C 612 CAN/CGSB 51.10-92 |
Mineral Fiber
Block and Board Thermal Insulation Mineral Fibre Board Thermal Insulation |
Type IVB,
Complies Type 2, Class 4 |
| Fire Performance: | ||
| CAN4
S114 CAN/ULC 5102 |
Test
for Non-Combustibility Surface Burning Characteristics |
Non-Combustible Flame Spread = 0 Smoke Developed = 0 |
| Maximum Service Temperature: | ||
| ASTM C 411 | Hot Surface Performance | In Compliance with ASTM C612 @1200oF (650oC) |
| Dimensional Stability: | ||
| ASTM C 358 | Linear Shrinkage | 1.64% @1200oF (650oC) |
| Moisture Resistance: | ||
| ASTM C 1104 | Moisture Sorption | 0.01% |
| Corrosion Resistance: | ||
| ASTM C 665 | Corrosiveness to Steel | Passed |
| ASTM C 795 * | Stainless Steel Stress Corrosion Specification as per Test Methods 0871 and C692: U.S. Nuclear Regulatory Commission, Reg. Guide #1.36: U.S, Military Specifications MIL-1-24244 (all versions including B and C) | Conforms |
| Thermal Resistance: | ||
| ASTM C 518 (C 177) | R-value/inch @
75oF RSI value/25.4 mm @ 24oC |
4.2 hr.ft2.F/Btu 0.75 m2=K/W |
| Maximum Service Temperature: | ||
| 1200-F (650-C) ASTM C 411 | ||
| Dimensions: | ||
| 24"
(width) x 48" (length) 610 mm (width) x 1219 mm (length) 3" (76mm) Thickness |
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| Key Application Qualifiers: | ||
| - Easy to Install - Service temperature 1200-F (650-C) - Non-combustible - Lightweight - Can be fabricated / laminated - Excellent thermal resistance - Low moisture sorption - Good compressive resistance - Non-corrosive - Chemically inert - CFC and HCFC free product and process - Made from natural & recycled materials |
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FIRE-RATED EXTERIOR
FIRE RESISTANCE RATING = 2 HOURS ULC Design No. W 606 |
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| Exterior cladding: Corrugated prepainted, sheet steel panels, to various profiles and widths. Panels minimum 0.61 mm thick, fastened to Z-bar sub-girts by 19 mm long sheet metal screws maximum 305 mm on centre. Lap joints of adjacent panels fastened by 19 mm long sheet metal screws maximum 405 mm on centre. |
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Flashing channels: 200 mm wide x 1.52 mm thick sheet steel with 45 mm and 76 mm flanges, maximum 305 mm on centre, fastened to conrete frame with 6.4 mm x 41 mm concrete anchors (top and bottom). |
Steel liner: Panels fabricated from minimum 0.61 mm thick sheet steel, fastened to flashing channels by 19 mm long sheet metal screws spaced maximum 305 mm on centre. Side lap joints sealed with factory-applied caulking and secured with 19 mm long sheet metal screws maximum 305 mm on centre. |
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| Ceramic fibre strip: 128 kg/m3 density, minimum 100 mm wide x 13 mm thick strips, attached to Z-bar sub-girt with stick pins spaced 250 mm on centre. | Z-bar sub-girt: Minimum 200 mm wide x 1.22 mm thick notched sheet steel Z-bars with 25 mm and 45 mm flanges, maximum 1525 mm on centre, fastened to steel liner by 19 mm long sheet metal screws spaced
alternately 120 mm and 200 mm on
centre. FIRE SIDE |
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| Mineral wool insulation: RHT 60 (70 kg/m3 density) supplied in 102 mm thick sheets 610 mm x 1220 mm. Two layers installed with vertical and horizontal joints staggered. | ||
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FIRE RESISTANCE RATING = 1 HOUR |
| Exterior cladding: Corrugated prepainted sheet steel panels, to various profiles and widths. Panels minimum 0.46 mm thick, fastened to Z-bar sub-guts by 19 mm long sheet metal screws maximum 305 mm on centre. Lap joints of adjacent panels fastened by 19 mm long sheet metal screws maximum 406 mm on centre. |  |
Flashing channels: 152 mm wide x 1.52 mm thick sheet steel with 45 mm and 76 mm flanges, maximum 406 mm on centre, fastened to concrete frame with 6.4 mm x 45 mm concrete anchors (top and bottom). |
| Steel liner. Panels fabricated from minimum 0.61 mm thick sheet steel, fastened to flashing channels by 19 mm long sheet metal screws spaced maximum 305 mm on centre. Side lap joints sealed with factory-applied caulking and secured with 19 mm long sheet metal screws maximum 305 mm on centre. | ||
| Ceramic fibre strip: 128 kg /m3 density, minimum 100 mm wide x 13 mm thick strips, attached to Z -bar sub-girt with stick pins spaced 250 mm on centre | Z-bar subgirt Minimum 152 mm wide x 1.22 mm thick sheet steel Z-bars with 25 mm and 38 mm flanges, maximum 1525 mm on centre, fastened to steel liner by 19 mm long sheet metal screws spaced maximum 250 mm on centre. |
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| FIRE SIDE
Mineral wool insulation: RHT 60 (70 kg/m3 density) supplied in 76 mm thick sheets 610 mm x 1220 mm. Two layers installed with vertical and horizontal joints staggered. |
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NOISE CONTROL |
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Transmission or Absorption? Sound transmission control is the reduction of sound energy passing through a medium such as a wall or a floor. The noise can be either impact (footsteps on a floor) or airborne (music). Noise absorption, however, is the reduction of energy obtained as the sound hits a surface and is absorbed. Generally, the harder the surface, the less sound it absorbs. Absorption is expressed as a factor or co-efficient between 0 and 1.0 with "0" being no sound absorption and "1.0" being 100%. |
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 • On the common wall of a semi-detached dwelling, it can reduce sound-.transmission in both directions between the two units.• Installed in the partition walls between rooms in a home, it will significantly reduce noise transmission from the family room to the bedroom for example. • Lining a utility room with AFB will reduce noise transmission from pumps or a furnace to other parts of the house. • Using AFB in the floor between apartments or in the floor between upstairs and downstairs in a home can help reduce the transmission of both impact and airborne sound. • Industrially, AFB can absorb significant ambient manufacturing noise when applied to the walls and ceiling and help lessen stress and fatigue caused by excessive noise. • It can also be used to isolate the noise from a mechanical room and keep it from being transmitted throughout the building, creating a quieter work environment. |
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