
M3 Matrix gloves fulfill, meet, and exceed demanding user requirements of today and the future





M3 Matrix's advanced materials technologies and techniques in our multi-component solvent-free polyurethane system outperform all conventional dipping materials. M3 Matrix has developed unique electro-dynamic spraying and mold/former construction techniques.

M3 Matrix technology uses no water in the production process, and no harmful additives (solvents) that impact the environment through handling, exposure, and waste. This not only reduces overall cost through management, use and handling of these resources, it improves sustainability.

A further benefit of the resin type polyurethane material is the curing system eliminating any surface corrosive chemicals thus extending the lifetime of the molds/formers dramatically from 30K to 500K pairs (dipping vs. M3 spraying method). This cost-effective production method is able to rapidly produce high volumes.

Software-Controlled Electrostatic Coating System (SCECS)consists of spraying equipment with a small footprint compared to conventional dipping methods. Required space and length for the complete production line has at least a 5X smaller footprint and a faster cycle time for glove production.Material handling is completely hermetic and the final spraying phase is executed with minimized material loss and providing an environmentally clean industrial atmosphere.Spraying speed is controlled by multiple spraying nozzles, minimizing production lead time per glove pair. M3 Matrix's spraying system is fully atomized and accurate with an inline control system. Our advanced technology competes with existing dipping lines with several features, which is gaining profitable solution for glove manufacturers.

M3 has special models for the glove spraying method to optimize the quality and production.



M3 Matrix ("M3") is a Finnish company focused on industrially researching, developing and commercializing the unique Safety Glove System that is based on a strong mix of advanced technologies.

