It seems that Diaper Recycling Technology always brings big surprises to the hygiene industry. Following last year’s launch at SINCE in Shanghai, it’s breakthrough combi pelletizing technology for waste plastics which integrates automatic pelletizing and low energy trim collection processes into 1 machine cable to convert wastes into valuable pellets with minimal energy. The most recent updates include pellet coloring technology which changes the color of the pellets (normally to black) which enables the pellets to be sold as “re-pro” within the plastics industry. “Re-Pro, a standard commodity within the plastics industry typically sells for between 550 – 1100 USD per ton which is significantly higher than baled plastic” Martin Scaife, Chairman & CTO, Diaper Recycling Technology Pte. Ltd.said proudly.

Diaper Recycling Technology is scaling up production of their latest technology (generation 7) with high capacity production capability systems being installed within many multi-nationals this year including Unicharm. “We have sold many machines to big names in the hygienic product market. They don’t want to put their bands at risk, so they use our machine to destroy their wasted products, scrapers from their hygienic product manufacturing line and prevent them from escaping to other factories. At the same time, the recycled scraps and wasted products can be fully used, and the payback is typically about 12-15 months, it is a good well proven the financially profitable model. It also protects the environment and also protects our customer brands. It essentially a win-win-win” he adds.

Last year, Diaper Recycling Technology also expanded the machine offers with more production capacity options. “The current 200-400 KG per hour technology being exported to Vietnam, Japan and Brazil. and with 0 – 50 KG and 50 –100 KG and 100 – 200 KG shipping this year “ Ramon Escano, Chairman & CTO, Diaper Recycling Technology Pte. Ltd.said proudly.

Diaper Recycling Technology Pte.Ltd.
Booth:7B38
Tel.:65 31 50 91 06
www.diaperrecycling.technology