۲ کیلو کاغذ مرکز تامین‌کنندگان صنایع سلولزی

آرشیو برچسب های: Dry Molded Fiber

PA Consulting acquires the first Scala machine for PulPac’s Dry Molded Fiber technology

PA Consulting, a global leader in innovation and transformation consulting, reinforces its pivotal position in sustainable packaging by acquiring the first PulPac Scala production line. This cutting-edge technology, based on PulPac’s ground-breaking Dry Molded Fiber technology, sets a new benchmark for sustainability in the packaging industry.

Tony Perrotta, Partner, Sustainability & The Regenerative Economy at PA Consulting, expressed excitement about the new platform: “By acquiring a PulPac Scala machine, we are taking another step in bringing sustainable Dry Molded Fiber packaging to life. The production line is now fully commissioned onsite in Cambridge, UK, and will enable us to better serve global Brands with end-to-end production capabilities– from feasibility to market launch volumes.”

 

خواندن ادامه مطلب

PulPac reveals a phone tray insert

PulPac, a leader in dry molding technology, announces the latest addition to its “Highway Products”: the Dry Molded Fiber Phone Tray Insert. It is now offered to producers and represents another stride towards PulPac’s commitment to providing cost-effective, environmentally responsibly produced packaging alternatives.

“We understand the importance of balancing sustainability with cost-effectiveness. This Phone Tray Insert shows manufacturers and brands a cost-competitive solution without compromising on their commitment to the planet – a hallmark of Dry Molded Fiber”, says Sanna Fager, Chief Commercial Officer at PulPac.

The Phone Tray Insert addresses the growing demand for eco-friendly alternatives in the packaging industry. Dry Molded Fiber applications, such as the Phone Tray insert, means choosing a cost-effective product with a reduced environmental footprint compared to conventional plastic or fiber-based alternatives.

The reveal complements PulPac’s existing lineup of “Highway products”, providing businesses with a quick-start solution for their eco-friendly packaging needs. The lineup comprises standardized and commercially validated applications ready for production. To date, it includes primarily food-grade products such as protective lids, coffee cup lids, cold drink lids, cutlery, trays, bowls, and now the Phone Tray Insert newcomer.

“Time is increasingly becoming the most important factor in dealing with environmental challenges. By creating a range of standardized, highly demanded products that are pre-validated, we can help our customers speed up the transition towards sustainable fiber-based packaging and a greener, cleaner world,” continues Fager.

In addition to the range of ready-to-produce applications with very competitive unit economics and unmatched sustainability features, PulPac, together with partners, also provides turn-key production platforms for different customer needs. The purpose is to drive a transformative shift in the packaging industry, where sustainability is not just a choice but a fundamental principle.

خواندن ادامه مطلب

PulPac signs a strategic sales partner deal for Japan with Correns Corporation

Swedish packaging tech company PulPac is ready to launch Dry Molded Fiber on the Japanese market. Recently, PulPac signed a deal with Correns Corporation, making the Japanese based company with German roots their dedicated sales partner in the Japanese market.

Dry Molded Fiber is a game-changing fiber-forming technology invented and licensed by PulPac to replace single-use plastic on a global scale. The technology makes it possible to produce sustainable packaging that’s resource-, energy-, and cost-efficient.

خواندن ادامه مطلب

PulPac launches the world’s first injection molding machine for fiber-based products

PulPac makes good on its promise to make Dry Molded Fiber more accessible to people worldwide. With the launch of a new machine platform, the PulPac Scala, the company takes a significant step in the Dry Molded Fiber revolution. The Scala platform is based on injection molding, a technology associated with plastic conversion, combined with PulPac’s new and unique Mill-to-Web fiber unit. The first Scala machines are sold by launch partner Huarong Group and equipped for producing fiber-based lids.

Dry Molded Fiber is a game-changing fiber-forming technology invented and licensed by Swedish packaging tech company PulPac to replace single-use plastic on a global scale. The technology makes it possible to produce sustainable packaging that’s resource-, energy-, and cost-efficient. Together with turnkey partner Huarong Group from Taiwan, PulPac is now launching a compact and scalable Dry Molded Fiber machine platform.

 

خواندن ادامه مطلب

Matrix Pack partners with Curt G. Joa to supply machinery for dry molded fiber

Matrix Pack has entered into an industrialization partnership and machine supply agreement with JOA to support Matrix Pack’s business development in North America and Europe. Matrix Pack partners with JOA for Dry Molded Fiber Machiner – PulPac

Global food service packaging manufacturer, Matrix Pack is launching hot and cold drink lids, as the start of a new line of sustainable foodservice packaging products, using PulPac’s groundbreaking Dry Molded Fiber technology. Matrix Pack announces that it has entered into an industrialization partnership and machine supply agreement with Curt G. JOA Inc. (JOA), a worldwide leader in the design and manufacture of converting machinery for the hygiene industry. JOA will support Matrix Pack’s business development in North America and Europe.

خواندن ادامه مطلب

PulPac receives three new US patents

The United States Patent and Trademark Office has granted innovative Swedish company, PulPac, three new US patents, two of which concern the divisional applications from PulPac’s original applications filed in 2016/2017, where one is related to the basic process of Dry Molded Fiber, and the second is related specifically to bottle forming. The third patent concerns the layering of the cellulose web in the Dry Molded Fiber process.

خواندن ادامه مطلب