Dry to the touch in about 20 seconds from spray application and cured in about 3 minutes, this urethane liquid-applied membrane waterproofing layer offers excellent physical properties.
It is compatible with a variety of configurations and applications. A mechanized control system facilitates excellent installation accuracy.

This waterproofing system utilizes compressed air to micro-particulate super quick-curing urethane, which is formed into the waterproofing membrane via multiple collisional mixing.
This provides a membrane twice the thickness of conventional super quick-curing urethane, accomplishing weight reduction (decreased specific gravity). Combining economic efficiency and reliability, this versatile method may be deployed in a variety of fields.

This external insulation method maximizes thermal insulation, waterproofing, and building frame protection characteristics via installation of polymer-modified asphalt sheets over each insulation panel to create a high-performance, polyurethane waterproofing membrane.
Fire Protection - Certification Number DR-0179

The "urethane + metal" composite waterproofing technique is implemented by spraying super quick-curing urethane uniformly over factory formed metal plates that are fixed to the substrate by anchors.
This is compatible with all types of substrates, and minimizes substrate preparation and repair/removal work, facilitating shorter work times.

This high-performance deck slab waterproofing system utilizes a highly-constructable waterproofing material with long-lasting durability and weather resistance to extend the service life of road deck slabs.

High-polymer urethane rubber coating technology provides a high-performance coating for the building frame. This external waterproofing technique overcomes various conditions specific to underground environments that pose major obstacles to conventional waterproofing techniques. This process results in highly reliable waterproofing and protective effects.

This open channel service life extension technique utilizes super quick-curing polyurethane resin, offering expected weatherability and durability of 30 years or more.

This "high-performance, high-quality, and high-functionality" waterproofing system is compatible with substrates of any type. No substrate surface preparation is required, allowing cost reduction and shorter construction schedules.
This system also offers fireproof and fire retardant properties to provide the building protection, as well as high thermal insulating and heat barrier properties to reduce the overall heat load on the building and save energy.
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For any production facility, the shutdown of an assembly line is a critical event which is certain to decrease profitability. One cause of such shutdowns is leaking rainwater. Fukutaka’s re-roofing system prevents rainwater leaks by employing a thick-film coating of a JIS-approved (JISA6021: Architectural Waterproof Coating Material) waterproofing material to thoroughly guard against the causes of such leaks, including deterioration around hook bolts, slate cracks, damage from flying items, and corrosion of metal roofs.

Slate roofs are prone to deterioration from causes such as acid rain and daily solar radiation heat, and will suffer decreasing durability over time. This process will lead to increasingly frequent failures, rising spot repair costs, and necessitate increasingly frequent repair work -- a situation which will require labor to manage and maintain. Fukutaka’s re-roofing system enhances the strength of slate roofs by combining a highly-resilient insulative layer with an ultra-quick curing urethane waterproofing layer. This technique also effectively reduces causes of deterioration, contributing to extended roof service life.

Our re-roofing system features a double-layer structure which effectively blocks out heat by combining ultra-quick drying polyurethane with an insulating layer and a heat-shielding top coat. The insulative layer, together with the heat-shielding top coat comprised of a mixture of highly reflective materials, provide a drastic decrease in thermal solar radiation (near-infrared radiation). The result is a highly effective insulating and heat-shielding solution.

Our re-roofing system utilizes an insulating layer and a highly-reflective topcoat to reduce heat entry from the roof. This is an effective way to reduce cooling costs over the summer season.