vehicle ground protection boards 1220*2440mm for civil Engineering 12.7mm thick ground access mats for civil Engineering-HDPE Whatever you need, or even if you’re not sure what’s best for you, our team have decades of experience helping civil engineering projects meet their requirements for heavy duty mats and will be happy to help you make the best possible decision for your project.

high quality ground access mats 1220*2440mm for heavy 1220*2440mm black ground protection boards for nstruc [] IN STOCK! – 4×8 Black Mats. Our ground protection mats made from 100% recycled high-density polyethylene (HDPE), can hold up to 100 tons and are tough enough to not break.

2440 * 1220mm ground hdpe access boards High Density Fiber Board (HDF) Production Line Panel 2440*1220mm MDF is typically made up of 82% wood fibre, 9% urea-formaldehyde resin glue, 8% water and 1% paraffin wax and the density is typically between 500 kg/m3 (31 lb/ft3) and 1,000 kg/m3 (62 lb/ft3) The range of density and classification as light

2440 * 1220mm bog ground access boards-Professional Ground HDPE Ground Protection Mat 4x8 S ize. 4x8 ft (1220*2440mm) 3x8 ft (910*2440mm) 2x8 ft (610*2440mm) HDPE Ground Protection Mat is a high-density polyethylene board used in short-term and long-term project impact resistance, toughness, shock HENAN OKAYorption and moisture resistance.

1220*2440mm yellow ground access mats 80 T load capacity . Ground protection mats 1220*2440mm 80 T load capacity J [] IN STOCK! - 4x8 Black Mats. Our ground protection mats made from 100% recycled high-density polyethylene (HDPE), can hold up to 100 tons and are tough enough to not break.

heavy duty Ground protection mats 1220*2440mm for architecture . professional ground access mats 1220*2440mm for heavy v [] IN STOCK! - 4x8 Black Mats. Our ground protection mats made from 100% recycled high-density polyethylene (HDPE), can hold up to 100 tons and are tough enough to not break.

1220 2440mm hdpe ground mat extruded are light-weight, robust, thermoplastic sheets often used as alternatives to glass. These 1220 2440mm hdpe ground mat extruded are available to shoppers on HNOKAY at the best rates.

Ground Protection Mats for Logging & nstruction Our ground protection mats made from 100% recycled high-density polyethylene (HDPE), can hold up to 100 tons and are tough enough to not break. Mats have cleats and textured tops to aid with helping the vehicles move smoothly on the temporary road. Feature Support 100 tons of load []

2440 * 1220mm bog ground access boards-Professional Ground HDPE Ground Protection Mat 4x8 S ize. 4x8 ft (1220*2440mm) 3x8 ft (910*2440mm) 2x8 ft (610*2440mm) HDPE Ground Protection Mat is a high-density polyethylene board used in short-term and long-term project impact resistance, toughness, shock HENAN OKAYorption and moisture resistance.

These ground protection mats feature a power cylinder tread surface for maximized traction. Ours can handle loads up to 90 tons. They mold to the grounds, thanks to their flexible makeup. Weather changes don't affect the materials. We also offer smaller modular tiles that are 1x1 foot in size. These black and gray tiles are intended for

temporarytile Geofabrics for Outdoor Projects. Geofabrics, or geosynthetics, are petrochemical-based polymers that don’t add pollutants to soil or wear away when exposed to water and other elements. These features make such fabrics ideal for managing and ntaining rocks and dirt.

Product Information. 1. Available Size . Various sizes and thickness can be offered to suit your need. 1200*2400mm 910*2440mm 1100*2440mm 610*2440mm 1100*2900mm 910*1830mm 1000*2440mm 610*1830mm 1000*2900mm 610*1220mm 1220*2440mm 6000x2000mm Regular thickness: 12.7mm,15mm, 18mm, 20mm, 25mm, 28mm, 30mm mmon lor: Black/Blue/Tan (other lors available, MOQ 3 Tons)

1220 2440mm Hdpe Ground Mat Extruded – HNOKAY 1220 2440mm hdpe ground mat extruded are light-weight, robust, thermoplastic sheets often used as alternatives to glass. These 1220 2440mm h Crane Outrigger Pads Made from UHMWPE (ultra high molecular weight polyethylene) and are significantly more durable and lighter than traditional wood or