WEF技術開発 List of News Articles

Due to China's refusal to accept them, waste plastics are overflowing throughout Japan. Additionally, the acceptance of industrial waste and general waste from used tires is becoming stricter, and it seems that the recycling of small home appliances is also at a standstill. The lack of effective recycling technology is a major reason for all of this. Currently, six related companies in Hunan Province are engaged in chemical recycling of waste plastics, paint residues, used tires, medical waste, small home appliances and circuit boards, and household plastic-related items, with over five years of experience already.

To solve the magnesium deficiency in Japanese people, we are finally launching a shower that incorporates our patented technology, a magnesium ion elution agent. To enhance skin penetration, we have integrated a microbubble generator, making it easy to attach to a shower hose with a mixed water faucet. Magnesium ions increase the production of ceramides in the skin and restore barrier function, making it effective for atopy, dry skin, and sensitive skin. Generally, it promotes healthy skin, leaving it smooth, silky, and moisturized. Please check out the unprecedented double effect of magnesium ions combined with microbubbles.

Our company (WEF Technology Development) has been deploying its uniquely developed water treatment technology (patented) both domestically and internationally up to now. This technology involves fixing carbon and metals (such as aluminum, iron, magnesium, etc.), and when it is introduced into water, electricity flows from the carbon to the metal, causing metal ions to dissolve. The dissolved metal ions immediately transform into hydroxides, which adsorb negatively charged heavy metals suspended in the water, leading to precipitation treatment. The advantage of this treatment technology is that its initial and running costs are very low compared to other technologies, and despite this, it can treat relatively difficult-to-process substances such as fluoride and arsenic to low concentrations that other technologies cannot achieve.