For all enquiries, please call us 01233 720097
or, email us at sales@hy-tex.co.uk

Hy-Pave Heavy

Name: Hy-Tex UK Ltd
Telephone: 01233 720097

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Hy-Pave Heavy is a strong versatile ground paver tile designed for HGV use. The interlocking pavers can withstand weight of up to 40 tonnes and can be filled with either grass or gravel infill.

Features/Benefits

Designed for use with HGV Traffic and textured surface for improved grip
High shear strength reduces limitations whilst accelerating, braking and turning
Easy to install and maintain and reduces sub base depths
Cost effective alternative to concrete and tarmac surfaces
High water permeability and a range of fill options
Sympathetic to the natural environment and wheelchair regulations compliant
Ideal for carparks, hardstandings, footpaths & verges, pedestrian areas, bridge abutments and access roads.

Hy-Pave Heavy

Hy-Pave Heavy is a strong versatile ground paver tile designed for HGV use. The interlocking pavers can withstand weight of up to 40 tonnes and can be filled with either grass or gravel infill.

SUDS compliant and specifically designed to allow water to drain away whilst special pockets retain some water. This prevents grass from getting waterlogged and helps prevent grass from dying through lack of water.

Hy-Pave Heavy is the ideal heavy duty paver for permanent and overspill coach or HGV parking applications. This product is easy to install and offers significant savings over conventional cast concrete systems. Hy-Pave Heavy has both high compressive strength and high shear strength which enables the tiles to withstand much higher loading, accelerating, braking and turning forces than other heavy duty pavers. The textured surface allows for improved grip and as a result improves user safety.

Specifications


Nominal Size:	500 x 500 x 80mm (+0/-3%)
Coverage Rate:	4 blocks / sq.m.
Unit Weight:	3.9 kg (15.6kg/sq.m.)
Infiltration Rate (gravel-filled):	> 250cm/hour
Run-off Coefficient Range:	0.05 - 0.4
Infill Surface Area:	> 55%
Compressive Strength (unfilled):	>3000 kN/m²