Plastic with a metallic texture. It is also possible to increase the specific gravity beyond that of lead!!
Mate's injection molding materials have further improved the mixing technology of resins and inorganic materials cultivated through plastic magnets, developing higher-function composite materials. In high-density materials, we have achieved the industry's highest specific gravity of 14.5 (compared to lead's specific gravity of 11.3), and we are aiming for even higher density. With this technology, Mate's materials are top-class in terms of moldability, strength, and functionality. The development of high-function composite materials requires close information exchange with users. Therefore, Mate has specialized in material development without engaging in mass production of molding, adhering to the motto of co-prosperity without competing with our customers. However, we have established molding equipment for prototype consideration, allowing for smooth material discussions with our customers. Additionally, since we develop materials from scratch, we can accommodate detailed changes to the materials. If you want to add extra functionality to your resin or are not satisfied with your current resin, please consider contacting Mate.
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basic information
We also handle electromagnetic wave-absorbing materials that can be injection molded. These materials are made functional by mixing metal powder into the resin. High-density materials can create a sense of luxury due to their high specific gravity when touched. They can be handled similarly to resin and can be injection molded, allowing for flexible designs. Additionally, they are suitable for mass production, helping to reduce costs by streamlining processes such as insert molding. Parts made from cutting iron or brass can be reduced in size using materials with increased specific gravity. High-density materials can have their specific gravity set freely up to 14. Since iron has a specific gravity of 7, using a material with a specific gravity of 14 will reduce the volume by half. Moreover, because they can be injection molded, they can fill dead space in parts, enabling more space-saving designs. Mate's high-density materials do not contain lead or cadmium, and since they can be injection molded, there is no cutting waste generated when processing metals. They are environmentally friendly materials. High-density materials have the ability to suppress vibrations, reducing unpleasant high-pitched sounds and uncomfortable vibrations, thus achieving a comfortable user experience.
Price information
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Delivery Time
P2
Applications/Examples of results
Places touched by humans (door knobs, faucets, dials, control panel front panels) Items requiring specific gravity (G-sensors, meter needle balancers, vibration-damping materials for shavers and power tools, soundproofing materials for relay boxes, weights for audio equipment, toys like plastic models, fishing gear) Vibrators (vibrators in game consoles, vibrators in electric toothbrushes)
Company information
Since our founding, we have consistently dedicated ourselves to the development of magnetic materials, delivering various compounds to everyone. The Japanese economy is entering a period of great upheaval, necessitating a significant shift in thinking. Without the "challenge to possibilities" to create better and superior products for the future, companies can no longer survive. Our journey is precisely that history, achieving significant results in the development of magnet materials and implementing unique ideas in all aspects, including the cultivation of excellent human resources. Aiming to be a value-creating company, we are also expanding and implementing ultra-fine grinding technology, surface treatment technology, and mixing technology into new materials and recycling. Moving forward, all of our employees will continue to strive even harder.
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