| Name | Title | Contact Details |
|---|---|---|
Jose Cortina |
Chief Commercial Officer | Profile |
NFW is a circularity platform for plastic-free performance materials. NFW follows three Ground Rules in everything we develop: start well, stay clean, end well. While nearly everything in the built world relies on some type of plastic that began as crude oil and that will become plastic pollution, we are establishing a new material reality. We believe all materials should begin and end as nutrients, ready for the next growth cycle—true circularity. Our multi-material platform serves a wide range of industries—from fashion and footwear to automotive and upholstery. NFW technology embeds seamlessly into existing supply chains, enabling the worlds most iconic brands to design and scale products with high-performance, plastic-free materials. NFW makes global brands more sustainable, empowering them to create without plastics. Alongside the boldest brands and visionary designers, we are pioneering a naturally circular, post-oil economy.
For over 120 years, Parr Instrument Company has been designing, manufacturing, and selling high quality laboratory instruments and apparatus for conducting chemical reactions and tests under heat and pressure and for testing fuels. Parrs extensive product line includes stirred reactors, pressure vessels, and high pressure tubular reactors for the study of catalytic and non-catalytic reactions in batch, continuous-flow, and multiple/parallel operation for the chemical, polymer, biofuels, hydrometallurgical, pharmaceutical, petroleum, and petrochemical industries. Custom designed complex reactor systems, built to the customers specifications and requirements are also provided. Parrs oxygen combustion calorimeters are used for the determination of the heat of combustion in solid, liquid, and refuse-derived fuels for the energy, educational, coal, and fuel testing industries. Parr also offers sample preparation vessels for extraction, digestion, and hydrothermal synthesis, as well as a line of vessels for cell disruption by nitrogen decompression.