L-shaped joint weed prevention work "Joint Barrier Sheet (L type)" / Listed in construction material prices
L-shaped joint weed control method for preventing weeds from L-shaped joints in pavement and structures.
The "Joint Barrier Sheet (L-shaped)" achieves even better weed prevention performance through improved construction accuracy. A groove processing is adopted in the center of the sheet. It has been improved to easily conform to the construction surface with a flexible asphalt material. The adhesive strength is enhanced by the effects of the adhesive and primer. A brush-on type adhesive is used, allowing for even application without unevenness in the sheet adhesion. <NETIS Registration> NETIS Registration Number: (Former) HR-140006-VE 【Features】 ■ L-shaped joint barrier weed prevention method ■ Improved construction accuracy ■ Achieves excellent weed prevention performance ■ Enhanced aesthetic appeal For more details, please refer to the catalog or feel free to contact us.
basic information
【Specifications】 ■Material: Sand-coated modified asphalt + polyester weed control sheet ■Weight: 1.5kg/m2 ■Thickness: 1.5mm ■Size: Width 15cm × Length 10m ■NETIS number: (Old) HR-140006-VE *For more details, please refer to the catalog or feel free to contact us.
Price information
【Design Price (Excluding Tax)】 ■Joint Barrier Sheet (L-Type): 5,450 yen ■Primer PU1-5K (5kg/can): 11,930 yen ■Adhesive GU1-12K (12kg/can): 22,440 yen ■Attach: 1,000 yen ■Joint Barrier Filling Cement (2ℓ/bag): 1,400 yen
Delivery Time
Applications/Examples of results
【Purpose】 ■Joint weed prevention *For more details, please refer to the catalog or feel free to contact us.
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Distributors
The Hakuzaki Corporation is committed to "controlling weeds with environmentally friendly methods and cultivating only the desired plants," providing "weed-free excitement, the best in Japan." In other words, the above-ground parts of the plants are protected from weed pressure with mulching materials, while the underground parts are supported by symbiotic microbial materials that assist root activity.
