Unlimited Print Size: Fluorinar-C™ filament with Kynar® PVDF prints flat objects
Nile Polymers is excited to announce our new Fluorinar-C™ filament made from Arkema’s Kynar Flex® PVDF copolymer. Available in both 1.75 and 2.85 mm diameters, our 3D printing filament is ideal for printing large parts that remain perfectly flat during the printing process and zero warping after cooling. Outstanding properties of our Fluorinar-C™ Kynar® PVDF filament include:
Synergy: Stronger together than apart
Nile Polymers is pleased to announce a joint partnership with 3Dogg.com to distribute Fluorinar™ Kynar® PVDF filaments. This relationship allows customers outside of North America quicker access to Fluorinar™ PVDF filaments. Available in both 1.75 mm and 2.85 mm diameters this is the first Kynar® PVDF filament available to the 3D printing market. “Growth of additive manufacturing is particularly strong in Europe,” said Howard Fisher, president and founder of Nile Polymers. “With so many high-quality 3D printers being manufactured in Europe, it makes sense that demand for engineered-thermoplastic filaments such as PVDF would also be strong.”
Amazing Results: Fluorinar-H™ 3D PVDF filament delivers quality prints
Nile Polymers is pleased to announce our new Fluorinar-H™ filament made from Arkema’s Kynar® PVDF homopolymer. Available in 1.75 mm and 2.85 mm diameters in a natural color, our 3D printing filament is ideal for printing applications in chemical or high-temperature environments. Outstanding properties of our Fluorinar-H™ 3D PVDF filament include:
Strong-Ty™ Solar Cable Ties: unchanged after long-term UV exposure
Wire and cable management on the photovoltaic backplane is critical for safety and electrical continuity. Why jeopardize an entire PV installation with cable ties made from substandard polymers such as nylon and polyethylene? Even behind photovoltaic panels, nylon and polyethylene cable ties fail in reflected UV radiation and exposure to zinc chloride. It’s only a matter of time. Start out with the right solar panel cable tie and avoid problems later on. Our Strong-Ty™ solar panel cable tie with Kynar® PVDF is designed for long-term harsh environments.
Purisan™ PVDF Chemical Mixers: thick coated shaft with injection molded blades
For many applications PVDF coatings provide a high purity surface while eliminating corrosion problems. However, a completely coated mixer is not the optimal material choice. Consider the leading edge of impeller blades. During daily use this surface comes in contact with the solution and all that it contains. Powder coating along the leading edge of the impeller are prone to rapid wear and exposure of the metal substrate leading to process contamination and mixer failure.
Purisan™ Kynar® mixers lead the way in custom mixing assemblies
Before Purisan™ Kynar® mixers were available, ordering a high-purity or corrosion resistant mixer was painful process. First you called a mixer company, who manufactured the shaft and impeller. They delivered the completed to a coating company who prepared the surface and applied the coating. All of these steps take time and together create the two plus month delivery schedule typical in this industry. Want to shorten the lead time? That’s an expedited order and will cost extra!
Single-Use Mixer: key component in pharmaceutical manufacturing
Disposable bag technology is important in minimizing cost and contamination in biopharm production. When mixing is required, Purisan™ Kynar® PVDF single-use mixers can be incorporated directly into the bag prior to gamma sterilization. The Kynar® PVDF prop is injection molded and threads onto a Kynar® PVDF coated shaft. The final mixer is cleaned, assembled and packaged in a clean room following ISO 13485 certified procedure.
ISO 10993 Testing
The Nile Polymers Fluorostretch™ fluoroelastomer has passed ISO 10993 cytotoxicity testing. Patented by DuPont almost 60 years and sold under the Viton® tradename, the FKM fluoroelastomer is a PVDF and HFP Type I copolymer as defined in the ASTM D1418 standard. Fluorostretch™ fluoroelastomer plays an integral part in the Purisan™ PVDF mixers by preventing contamination and corrosion in the threads which join the powder coated stainless steel shaft with the injection molded impeller.
Strong-Ty™ PVDF Cable Ties: long-term UV resistance made possible by Kynar®
Photovoltaic (PV) arrays have a 25-year plus life expectancy. However, the nylon and polyethylene cable ties can fail in a matter of months due to combinations of UV, temperature extremes, zinc chloride corrosion and high humidity. Commodity cable ties provide no dependable long-term solution for wire and cable management in PV arrays. The reality of a commodity cable tie failure makes system-wide inspections a constant requirement in order to prevent ground fault failures.
Strong-Ty™ Cable Ties: sterile cable ties made with Kynar® PVDF
Strong-Ty™ PVDF cable ties can be sterilized by gamma radiation without any negative effects to material properties. The result is a cable tie ready for high purity applications in single-use pharmaceutical manufacturing or medical device equipment.
Strong-Ty™ Cable Ties: superior performance with Kynar® PVDF
The most common plastics used to manufacture cable ties are polyethylene, polypropylene, and nylon. These commodity plastics can come from thousands of sources including original manufacturers, compounders, and recyclers. Often the point of origin is price dependent and can change with each production run. While these cable ties are inexpensive, their performance in critical applications is inadequate and prone to failure.
The Kynar® PVDF used in Strong-Ty™ cable ties is manufactured by Arkema and comes from only a single source. Consider the following Strong-Ty™ PVDF cable tie properties:
Strong-Ty™ Cable Ties: Kynar® PVDF meets international regulations
Concerns about material safety and traceability are more important than ever as cable ties made from inferior materials flood the market. In mission-critical applications polymer substitution or manufacturing shortcuts are unacceptable. How confident are you in your current cable tie? What materials, including additives, stabilizers, fillers, plasticizers and regrind are part of your final cable tie product? Are all of these components acceptable and can you trace each of them back to the point of origin?
Strong-Ty™: chemical resistant cable ties
We choose to make our Strong-Ty™ cable ties from Kynar® PVDF and have never looked back. Kynar® PVDF offers a wider range of chemical resistance compared to other polymers. When your application involves aggressive chemical exposure at elevated temperatures, you need Strong-Ty™ chemical resistant cable ties. The following chart from Arkema shows the corrosion resistant properties of PVDF compared with commodity plastics such as polypropylene, polyvinylidene chloride, polyvinyl chloride, and polyester. Because they are made from Kynar® PVDF, our cable ties can be fully traced back to the point of manufacture.
Kryptonar™ Powder: high purity PVDF coating system
Kryptonar™ PVDF sets a new industry standard for extractable metal ions in a partially fluorinated polymer. Results from metal ion extraction testing at Balazs Labs using the Semi F57 procedure look very good. Your final products are only as good as your powder coating material so when you need to be clean, choose Kryptonar™ powder for your high purity PVDF coating and eliminate the contamination.