SIGMA steel fence slat
Colours: graphite, brown and black
Finish: matt
Length: made to measure
Minimum slat length: 500 mm
Recommended maximum length: 2,000 mm
End shape: straight or rounded
Suitable for vertical and horizontal installation

Roof soffit accessories
Internal corner
External corner
Cover trim
Length: 2000 mm
Please specify the quantity of each component in the order.
Material: steel
Finish: polyester, woodgrain
Neat, easy-to-fit soffit linings for finishing the roof underside.
Light steel or aluminium soffits offer weather-resistant surfaces and hidden fixing screws as an alternative to PVC; choose the system to suit its intended service conditions.
Price unit: linear metre
Length of one component: 2 m
Sales unit: linear metre

Roof soffit accessories
J trim
Length: 2000 mm
Material: steel
Finish: polyester, woodgrain
Attractive, easy-to-install soffit panels for roof finishing applications.
Lightweight steel or aluminium soffits with concealed screw fixings and weather-resistant finishes provide a metal alternative to PVC linings; suitability depends on the selected system and exposure.
Price unit: linear metre
Length of one component: 2 m
Sales unit: linear metre

PIR–OSB SIP panel
PIR core: 100 mm; OSB facing: 1 × 8 mm
Polyisocyanurate (PIR) insulation
SIP panels made to order
Available PIR core thicknesses: 20–200 mm
Available OSB board thicknesses: 8, 10, 12, 18 and 22 mm
Panel width: 1,200 mm
Panel length: 2,500 mm
Area per panel: 3.00 m²
Sales unit: one panel
Gas-tight facing: aluminium-laminated paper plus OSB board
Grade: first grade
Declared thermal conductivity λ: 0.022 W/(m·K)

PIR–OSB SIP panels
PIR core: 100 mm; OSB facing: 2 × 8 mm
Polyisocyanurate (PIR) insulation
SIP panels made to order
Available PIR core thicknesses: 20–200 mm
Available OSB board thicknesses: 8, 10, 12, 18 and 22 mm
Panel width: 1,200 mm
Panel length: 2,500 mm
Area per panel: 3.00 m²
Sales unit: one panel
Gas-tight facing: aluminium-laminated paper plus OSB board
Grade: first grade
Declared thermal conductivity λ: 0.022 W/(m·K)

















