Multiwall Polycarbonate 16mm 4000 x 2100mm Max Dimensions
SKU: RFAPL033
Mutiwall polycarbonate is a lightweight, impact resistant glazing and roofing sheet that is very easy to handle and install. It has a protective UV layer which safeguards against the effects of weathering for a longer lasting sheet. A full range of installation accessories are also available.
Features & benefits
- Range of thicknesses and tints
- Very strong and durable
- Impact resistant
- UV protected
IDRFAPL033
Building Materials > Roofing > Roof Sheets > Multiwall Polycarbonate 16mm 4000 x 2100mm Max Dimensions
https://www.jewson.co.uk/p/multiwall-polycarbonate-16mm-4000-x-2100mm-max-dimensions-RFAPL033
Mutiwall polycarbonate is a lightweight, impact resistant glazing and roofing sheet that is very easy to handle and install. It has a protective UV layer which safeguards against the effects of weathering for a longer lasting sheet. A full range of installation accessories are also available.
Features & benefits
- Range of thicknesses and tints
- Very strong and durable
- Impact resistant
- UV protected
Specifications
Product Name | Multiwall Polycarbonate 16mm 4000 x 2100mm Max Dimensions |
Brand | Cut to Size |
Product Type | Cut To Size Service |
Manufacturer Name | Ariel Plastics Ltd |
Manufacturer Part Number | BMR16C |
Warranty Period | 10 years |
Materials | Polycarbonate |
Commercial Or Domestic Use | Both |
Colour | Clear |
Application | Roof sheet and accessories |
Pack Quantity | 1 |
Country Of Origin | UK |
Finish | Smooth |
Delivery Information
Next Day Delivery | Next day delivery if ordered by 10am (subject to availability and location). |
Delivery online is only available for orders over £100 (ex VAT)* Jewson Cash/Credit Account customers: Delivery online is free* Non-Jewson account customers: Delivery is free for orders over £200 (ex VAT), orders between £100-£200 (ex VAT) incur £40 (ex VAT) delivery fee* *Excluding Tool Hire and non-standard delivery areas. |
Click & Collect | Collect in 15 minutes (subject to availability and location) |