Dynaflex G7970 natural X PE-50G Natural STAN-TONE DB-15597 HI LITE BLUE

Maxxam™ BIO bio-based polyolefins are formulated with 15-100% bio-based resin and/or natural filler from renewable plant sources. Maxxam™ BIO formulations are natural and are easy to color. Sustainable infrastructure solutions that increase energy efficiency, renewable energy, natural resource conservation, and fiber optic / 5G network accessibility 

It detours for a look at the sometimes-unnerving techno natural aesthetic of today, and investigates the ways that our shared heritage will leave its mark on upcoming color, material and finish preferences. The 2019-and-beyond collection of four influential and emerging color palettes examines a world in flux, one where we honor our heritage, seek nature in materials, embrace techno-uncertainty, and cherish true craft. Colors are tweaked and mixed into thousands of shades of taupe, mushroom, charcoal and oyster colors, all of which are common in natural stone.

Verification activities applied in a limited level of assurance verification are less extensive in nature, timing and extent than in a reasonable level of assurance verification. Boundaries of the reporting company GHG emissions covered by the verification:  Operational Control  Global Exclusions:  Fugitive refrigerants Types of GHGs: CO2, N2O, CH4 GHG Emissions Statement:  Scope 1: 18,242 metric tons of CO2 equivalent  Scope 2 (Location-Based): 134,244 metric tons of CO2 equivalent  Scope 2 (Market-Based): 85,892 metric tons of CO2 equivalent  Scope 3: o Category 3 – Fuel and energy-related activities (electricity transportation and distribution losses only): 8,777 metric tons of CO2 equivalent Data and information supporting the Scope 1 and Scope 2 GHG emissions assertion were in most cases historical in nature and in some cases were estimated. Data and information supporting the Scope 3 GHG emissions assertion were in many cases estimated rather than historical in nature.

Verification activities applied in a limited level of assurance verification are less extensive in nature, timing and extent than in a reasonable level of assurance verification. Boundaries of the reporting company GHG emissions covered by the verification:  Operational Control  Global Exclusions:  Fugitive refrigerants  Mobile Combustion Types of GHGs: CO2, N2O, CH4 GHG Emissions Statement:  Scope 1: 34,627 metric tons of CO2 equivalent  Scope 2 (Location-Based): 167,333 metric tons of CO2 equivalent  Scope 2 (Market-Based): 99,465 metric tons of CO2 equivalent  Scope 3: o Category 3 – Fuel and energy-related activities: 62,049 metric tons of CO2 equivalent Data and information supporting the Scope 1 and Scope 2 GHG emissions assertion were in most cases historical in nature and in some cases were estimated. Data and information supporting the Scope 3 GHG emissions assertion were in many cases estimated rather than historical in nature.

These reSound BIO TPEs have an opaque natural color and offer excellent colorability, just like prime TPEs. This tone allows the materials to showcase a natural aesthetic or be colored to match design specifications with traditional TPE colorants or sustainable color options from Avient. Sustainable infrastructure solutions that increase energy efficiency, renewable energy, natural resource conservation and fiber optic / 5G network accessibility

Colors in this palette reflect heightened natural hues found in nature. Fluide focuses on the preference to express oneself freely, exploring the ever-evolving nature of a digital culture that supports shifting personas, beliefs, and ways of being as they move about freely online.

The new materials have a pleasing aesthetic compared to alternative natural fiber-filled polymer grades, are fully colorable, and can be formulated to meet various regulatory compliance standards, making them suitable for consumer applications such as household items and personal care products.  Looking to differentiate in the market and meet the desires of consumers, Difaş worked with Avient to develop a solution for toothbrush handles, combs, and hairbrush handles that utilizes natural filler while also offering high-end colorability and durability.  Sustainable infrastructure solutions that increase energy efficiency, renewable energy, natural resource conservation and fiber optic / 5G network accessibility

This region of the world maintains a high sensitivity to preserving nature and the environment, and the producer’s desire to look for alternative material solutions not yet required by law follows this cultural tendency. THE IMPACT By replacing traditional sealing materials with non- halogenated OnFlex S HF TPE, Schneider-Electric NB (Strömfors) was able to offer its customers several significant benefits: • For flexibility in processing, OnFlex S HF TPEs can be supplied in either natural or pre-colored grades. Natural grades can be colored during processing with compatible products from Avient’s OnColor™ color concentrate line. • The non-halogenated solution has a density 0.4 g/cm3 less than a traditional halogenated material, and this density advantage makes it price competitive with the traditional solution. • High-flow properties of OnFlex S HF TPE allow the gaskets to be overmolded in multi-cavity tools (up to 12 cavities per tool).

Utilizing existing pipe systems enables the transition from natural gas to hydrogen delivery quickly and economically. Moreover, the innovative and collaborative nature of the pipelining system can increase future pipeline safety, limit environmental, climate, and public impact, and provide a cost-saving solution to energy providers around the globe. SOURCE: Repurposing gas infrastructure for hydrogen | 2020 Siemens Energy Global (siemens-energy.com) © 2023, All Rights Reserved Avient Corporation, 33587 Walker Road, Avon Lake, Ohio USA 44012 https://www.fiber-line.com/en/ https://www.siemens-energy.com/global/en/news/magazine/2020/repurposing-natural-gas-infrastructure-for-hydrogen.html https://www.siemens-energy.com/global/en/news/magazine/2020/repurposing-natural-gas-infrastructure-for-hydrogen.html