Boric acid-based ant-proof sealing putty "Boreit Filler"
"Boreit Filler" is a pest intrusion prevention material with termite resistance, made by mixing the main natural ingredient "boric acid" into a clay-type base for ease of handling. It can be used both outdoors and indoors as an airtight and filling material. - To prevent the intrusion of termites and unpleasant pests into the concrete foundation under the floor. - For filling gaps and improving airtightness, regardless of whether it is outdoors or indoors. - By kneading it again, it is possible to adjust the shape and reattach it. It is flame-retardant, non-drying, and has adhesive and tacky properties, allowing it to be reshaped and reused repeatedly. By maintaining moderate flexibility, it ensures adhesion to the application area. The main ingredient "boric acid" is colorless, odorless, contains no VOCs (volatile organic compounds), and can maintain safety without polluting the surrounding air. Additionally, as an inorganic mineral, it does not decompose, providing long-lasting termite prevention effects. "Boreit Filler" does not require any special tools for use. Simply take it out of the package, knead an appropriate amount, and apply it to the desired area to reduce the risk of termite intrusion through gaps.
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basic information
■Ant-proof performance (Japan Wood Preservation Association) Standard JWPAS-TS(-1)(2011) Indoor Efficacy Test Performance Criteria Specifications ■Main Component Disodium octaborate tetrahydrate 10.0% ■Weight Individual packaging 1kg (NET) ■Packaging Contains 2 pieces of 1kg each ■JAN Code 4580044821152
Price information
Suggested retail price: 5,000 yen (excluding tax and shipping) for a package containing 2 items.
Price range
P1
Delivery Time
P3
Applications/Examples of results
Mainly, it is the termite prevention treatment for gaps that serve as entry points for termites in the foundation concrete area. This includes areas such as piping sections, separate fittings, drainage holes, joints of foundation insulation materials, concrete joints, and the concrete joint of the entrance floor. It also addresses gaps in the rising water supply and drainage pipes in kitchens and washrooms, as well as gaps that serve as entry points for pests. Small openings and gaps in the exterior walls can also be treated. It can also be used as a filling material to improve airtightness. It becomes hard when the temperature drops below 5°C, so please warm it up before use. At temperatures exceeding 50°C, it may melt and lose its shape, potentially dripping. Please thoroughly clean and dry the area to be treated. If the adhesive area is wet, adhesion may decrease, leading to lifting or peeling. Make sure to dry any moisture well before use.
Company information
Meaningless Synthetic Insecticide Treatment Until now, in Japan, when building a wooden house, in most cases, treatment with synthetic insecticides for preservation and termite prevention has been carried out. Since synthetic insecticides derived from pesticides do not have long-lasting effects, re-treatment is necessary every few years. However, properly re-treating incurs a significant economic burden and poses risks to the health of residents and the ecosystem, as well as the global environment. As a result, very few houses are actually re-treated, and the reality is that most wooden houses in Japan are defenseless against decay and termites. Future Preservation and Termite Prevention with "Boric Acid" On the other hand, are you aware that "boric acid," a natural material, has preservation and termite prevention effects? In Europe and the United States, where there are strict regulations on pesticides, boric acid treatment has already become standard. In Japan, with proper knowledge and techniques, safe and secure boric acid measures for preservation and termite prevention can be implemented. Boric acid, being an inorganic substance, does not volatilize and maintains its effectiveness for a long time when treated during construction. It is economically reassuring as it does not require re-treatment. Due to its high safety, it can be applied to all structural materials, and it is effective against the expanding damage caused by the American wood-destroying termite.
