V-Fence Barrier
The V-Fence provides an alternative solution to traditional metal fencing. At 2m in height, the long-lasting, non-conductive panel can be easily installed by one person and is safe to handle with no sharp edges. No mesh that could separate reduces potential injuries to the workforce or general public. Complete with Chapter 8 conforming reflective panel and pre-manufactured fixing holes to attach permit/courtesy signs when required.
Features
Completely non-conductive – no risk of shock
Single person lift and installation
No metal mesh reducing potential injuries and wo workforce and public
Safe stacking – 40 per pallet
Highly reflective panel
Complete angular movement to navigate bends and corners
Compatible with Multifit blocks
100% recyclable
Available in corporate colours and branded to suit*
Transport
Pallet Quantity:
40
Pallet Size (mm):
2050 x 1200 x 2150
Pallet Spaces:
2
Pallet Weight (kg):
420
Standards
Reflectivity requirements of BSEN12899-1
Chapter 8 - The Traffic Signs Manual
Spec Sheet:
Wind Resistance
All temporary traffic barriers must be able to withstand three different classes of wind speeds with the use of a ballast. The standard BS 8442:2022 states the three classes as the following:Class A: 26.3 m/s (58 mph)
Class B: 17.6 m/s (39 mph)
Class C: 8.7 m/s (19 mph)
The V-Fence Barrier system with Multifit Bases was tested under strict conditions at the Full Scale Wind Tunnel at Mira to determine at which wind speeds the barrier can withstand. Below are the results and guides as to the recommended ballast weight for each Wind Class:
Class C
Withstood up to 23 mph.
Ballast Weight per block: 0 kg
Withstood up to 23 mph.
Ballast Weight per block: 0 kg
![](images/products/wind/qfence_C.png)
Class B
Withstood up to 39.6 mph.
Ballast Weight per block: 30 kg
Withstood up to 39.6 mph.
Ballast Weight per block: 30 kg
![](images/products/wind/qfence_B.png)
Class A
Withstood up to 58.2 mph.
Ballast Weight per block: 66 kg
Withstood up to 58.2 mph.
Ballast Weight per block: 66 kg
![](images/products/wind/qfence_A.png)