Print Logo
Technical Articles

PVDF

KYNAR® PVDF (Polyvinylidene Fluoride) Type 1 Grade 2 per ASTM D3222

This fluoropolymer material has superior chemical and abrasion resistance, mechanical strength and temperature capabilities in comparison to all other thermoplastic materials. It offers substantially greater strength and wear resistance over other common fluoroplastics (PTFE, PFA, etc.). It is chemically resistant to most strong acids, mild alkalies, organic solvents, wet or dry chlorines, bromine and other halogens and is also used extensively in the conveyance of high purity deionized water due to its absence of colorants or additives. Because of its outstanding mechanical properties and that it is similarly impervious and non-leaching, PVDF is sometimes used for certain parts in polypro and PTFE valves for design strength. You should check the specifications, or consult factory if this is a concern.

The maximum service temperature is 280°F (138°C); melting point is 170°C.

Kynar PVDF is joined by heat fusion, threading or flanging.

  • Please click here for information specific to Kynar PVDF.
    (Document provided by Arkema. Plast-O-Matic does not guarantee chemical compatibility; end user is responsible for ultimate determination of chemical compatibility. It is important to note that any information obtained should be used only as a guide. In many cases a physical test of the material under operating conditions is the only way to ensure the success of a particular material for that application.)
  • Please click here for Kynar PVDF ASTM E84, FM 4910, UL 2360 & ASTM D2863 flame/burn test results.
  • Please click here for Kynar PVDF Private & Regulatory Approvals NSF, FDA, USDA, 3A, USP, and Kosher certification.
    (Documents provided by Arkema. Plast-O-Matic does not guarantee chemical compatibility; end user is responsible for ultimate determination of chemical compatibility. It is important to note that any information obtained should be used only as a guide. In many cases a physical test of the material under operating conditions is the only way to ensure the success of a particular material for that application.)