Big 6 Fibre Cement Roof Sheets Juniper Green
Briarwood Products
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Technical specification
| Total width | 1086 mm |
|
Cover width |
1016 mm |
| Thickness | 6.5mm |
| Corrugation pitch | 146.5 mm |
| Depth of profile | 47.6 mm |
| Minimum end lap | 150 mm |
| Minimum roof pitch | 5 degrees |
| Fire rating class | C1X |
| Maximum purlin centres | 1375 mm |
| Maximum rail centres | 1825 mm |
| Approx. weight when installed | 17 kg/m2 |
Description
- Description
- Technical Data
- Applications
Fibre cement sheets can be used on a wide range of buildings, including agricultural buildings, industrial buildings, commercial buildings, and residential buildings. The versatility and durability of fibre cement make it a suitable choice for many different types of buildings and roofing applications.
Agricultural buildings, such as barns, stables, and sheds, can benefit from the natural ventilation, corrosion resistance, and fire resistance of fibre cement roofing. Industrial buildings, such as factories and warehouses, can also use fibre cement roofing to protect against the elements and provide a long-lasting roofing solution.
Commercial buildings, such as office buildings and retail stores, can use fibre cement roofing to enhance the aesthetic appeal of the building, as well as provide protection against the weather. Residential buildings, such as houses and apartment buildings, can also benefit from the durability and versatility of fibre cement roofing.
Fibre cement sheets are building materials that are commonly used for roofing and cladding applications. They are made from a mixture of cement, sand, and cellulose fibres, which gives them a number of useful properties. Some of the key properties of fibre cement sheets include:
- Strength and durability: The combination of cement, sand, and cellulose fibres in fibre cement sheets gives them a high level of strength and durability. This makes them resistant to impact, weathering, and other forms of damage, which can extend the life of the roof or cladding.
- Fire resistance: Fibre cement sheets are non-combustible, which means that they do not burn easily. This makes them a good choice for buildings that need to meet fire safety standards or are located in areas with a high risk of fire.
- Resistance to corrosion: Fibre cement sheets are resistant to corrosion, which means that they do not rust or deteriorate when exposed to moisture. This can extend the life of the roof or cladding and reduce the need for maintenance.
- Low thermal conductivity: Fibre cement sheets have low thermal conductivity, which means that they do not easily transfer heat. This can help to regulate the temperature inside a building, reducing the need for heating and cooling systems.
- Acoustic insulation: Fibre cement sheets have good acoustic insulation properties, which means that they can block out loud noises. This can make a building more comfortable and reduce the impact of noise pollution.
- Aesthetic appeal: Fibre cement sheets are available in a range of styles and colours, which allows for aesthetic customization to suit the design of a building. This can enhance the appearance of the building and provide a more attractive roofing or cladding solution.
Overall, the properties of fibre cement sheets make them a versatile and reliable building material for roofing and cladding applications.
Why should you use Briarwoods EUROSIX fibre cement sheets?
- 30 year manufacturers guarantee
- Highest quality fibre cement sheets in Great Britain
- Perfect for cattle and dairy farming, equestrian centres and agricultural sheds
- Minimises condensation
- High resistance to corrosion
- Excellent acoustic insulation
- Low thermal conductivity reduces heat build-up in the Summer, and prevents heat loss in the Winter
- Class 1 fire rated
- UKCA mark approved
- Manufactured to BS EN ISO 9001 standards
- Complies with BS EN 494 requirements for Class 1X sheeting
- Wide range of accessories available
EUROSIX technical specificatons
EUROSIX is a strong fibre cement sheet reinforced with polypropylene strips that have been inserted in specific locations which run across the entire length of the sheet; thus providing maximum impact strength without negatively affecting the look, durability and practability of the product.
EUROSIX (6 INCH PROFILE) SHEET LENGTHS & WEIGHTS
| Metric | Imperial | Dry Weight |
| 1375 mm | 4 ft 6 inches | 22.37 Kg |
| 1520 mm | 5 ft | 24.80 Kg |
| 1675 mm | 5 ft 6 inches | 27.29 Kg |
| 1825 mm | 6 ft | 29.81 Kg |
| 1975 mm | 6 ft 6 inches | 32.58 Kg |
| 2125 mm | 7 ft | 34.70 Kg |
| 2275 mm | 7 ft 6 inches | 37.31 Kg |
| 2440 mm | 8 ft | 39.75 Kg |
| 2600 mm | 8 ft 6 inches | 42.35 Kg |
| 2740 mm | 9 ft | 44.64 Kg |
| 2900 mm | 9 ft 6 inches | 47.27 Kg |
| 3050 mm | 10 ft | 49.70 Kg |
GEOMETRIC CHARACTERISTICS
| Dimensions | Nominal values (mm) | Tolerance (mm) | Reference standard |
| Length | from 1525 to 3050 | ± 10 | EN 494 |
| Width | 1086 | + 10-5 | EN 494 |
| Cover width | 1016 | - | - |
| Thickness | 6.5 | ± 0.6 | EN 494 |
| Corrugation pitch | 146.5 | ± 2 | EN 494 |
| Corrugation height | 47.6 | ± 3 | EN 494 |
| Out of Squareness | - | Max 6 | EN 494 |
PHYSICAL CHARACTERISTICS
| Physical characteristics | Nominal values | Tolerance | Reference standard |
| Bulk Density | ≥ 1.625 g/cm3 | - | UNI EN 494 |
| Water Absorption | ≤ 18 % | - | UNI EN 494 |
| Weight (as laid) | 18 kg/m2 | ± 1.5 kg/m2 | - |
| Humidity After 30 Days of Aging | ≤ 10 % | - | - |
| Fire Reaction (Incombustibility | Class 1 | - | BS 476/7 of 1997 |
| Impermeability to Water | Compliant | - | UNI EN 494 |
| Thermal Conductivity | 0.34 V/mK | - | - |
| Sound-Insulation “Rw” | 31 dB | ± 2dB | ISO 717 |
MECHANICAL CHARACTERISTICS
| Mechnical characteristics | Nominal values | Average value | Reference standard |
| Ultimate Tensile Strength (24 hours in water) | ≥ 4250 N/m | 5000 N/m | UNI EN 494 |
| Bending Moment (24 hours in water) | ≥ 55 Nm/m | 70 Nm/m | UNI EN 494 |
| Ultimate Tensile Strength (as delivered) | - | 6800 N/m | UNI EN 494 |
| Bending Moment (as delivered) | - | 90 Nm/m | UNI EN 494 |
| Buckling Strength (submerged in hot water) | L ≥ 0.75 | L = 1 | UNI EN 494 |
| Buckling Strength (50 submerged wet-dry cycles) | L ≥ 0.75 | L = 1.2 | UNI EN 494 |
| Buckling Strength (100 freeze/thaw cycles) | L ≥ 0.75 | L = 1 | UNI EN 494 |
| Buckling Strength (after residence in oven) | L ≥ 0.75 | L = 0.8 | UNI EN 494 |
| Hail Resistance | Class 11 | Class 19 | UNI 10890 |
| Resistance to Puncture by a Large, Soft Object | Class C | Class C | ACR [M] |
APPLICATIONS AND ADVANTAGES
Briarwood's EUROSIX fibre cement sheets has lots of benefits which can be used in a magnitude of sectors making our sheets a cost effective solution to commercial clients, trade contractors, farmers and end users. A few sectors include:
- Agriculture
- Industrial
- Commercial
- Residential
- Public sector
- Education
- Leisure and hospitality
WHY CHOOSE FIBRE CEMENT OVER METAL?
The key aspect on why you would choose fibre cement over metal is that it is far more durable. Unlike fibre cement, metal corrodes and rusts overtime whilst not being able to absorb water which primarily causes problems with condensation.
When you look to find a roofing solution, fibre cement has many benefits over metal making it sustainable, durable and requires no maintenance in the long run.
- Resistant to rust, rot and corrosion
- Minimises condensation
- High level of insulation due to the sheets thickness
- Sound proofing
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