Using eco-friendly functional glass, BioGlass!
By simply adding it to the auxiliary tank of the car's radiator, it improves fuel efficiency and reduces harmful exhaust gases. Bioglass weakens the surface tension of the coolant, cools the engine quickly, promotes complete combustion of gasoline, and achieves improved fuel efficiency. 1. Add CAR UP to the auxiliary tank of the radiator. 2. The surface tension of the coolant in contact with the bioglass becomes smaller (weaker). 3. The coolant with reduced surface tension cools the engine quickly. 4. The contact area between the coolant and the engine block increases, enhancing thermal conductivity and cooling effectiveness. Additionally, the friction resistance of the coolant decreases, allowing it to circulate faster and improve cooling efficiency. 5. The engine can be cooled efficiently, allowing more air to enter the cylinders. Following these steps, fuel efficiency increases and harmful exhaust gases are reduced.
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basic information
Product Composition Internal: Incorporates "bioglass," the first in the world to achieve glassification of two types of achievements External: Stainless steel
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Applications/Examples of results
Main Sales Achievements - Kyushu Mitsubishi Motors Sales Co., Ltd. - Mazda Autozam Co., Ltd. - Four Blarers for Tokyo Co., Ltd. - Higashi Nippon Furukawa Battery Sales Co., Ltd. - Hitachi Electronic Services Co., Ltd. - Mazda Parts Co., Ltd. - Comsys Tsusan Co., Ltd. - Daiichi Kotsu Co., Ltd.
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Company information
Honest Co., Ltd. focuses on power reduction as its main product to help combat global warming. By using our product "Continuum," which can reduce air conditioning power consumption by approximately 20% (based on our implementation results), we significantly lower the demand values for various companies. In addition to achieving a 70-80% reduction in power consumption through LED lighting, we are also committed to hydroponic cultivation, which can be grown regardless of unpredictable weather. We recommend a cultivation method that is cost-effective even on a small scale, using steel racks and ceramic cultivation, rather than traditional large-scale methods.