Cri-plastMP™ Fluoroplastic Compounds and Masterbatches

Cri-plastMP™ PFA Electrically Conductive Compounds are formulated to meet your static dissipative/conductive, ATEX requirements in multiple applications. Specific grades can be processed by injection, extrusion, transfer molding, and compression molding. Superior static dissipative compounds for real world applications.

Special Features

Improved electrical conductivity.
Capable of ultra-high MIT Flex performance.
Retains electrical conductivity even at 150% elongation.
Retains stable conductivity over the entire PFA service temperature range (260 C).
Non-marking/sloughing due to lower filler loading.
Retains conductivity after regrinding.
Drying not required.

Typical Applications


Typical Property Data

Cri-plastMP™ PFA Reference Compounds
Test MethodUnitPFA-1301 EC Extrusion / InjectionPFA-1201 EC Tubing/FilmPFA-1101 EC Tubing/Pipe/Lining
Melt Flow RateASTM D-3307g/10 min4-5~2-3~1-2
Melting Point (DSC)ASTM D-3307°C290 ~ 310300 ~ 310300 ~ 310
Tensile StrengthASTM D-3307MPa323234
Tensile ElongationASTM D-3307%~280~280~280
Specific GravityASTM D-3307~2.14~2.14~2.14
Electrical ConductivityANSI/ESD STM11.11ohm/sq.~1000~1500~4500
MIT Flex**~50ktbd100-200k

** – 2.5lb load. Sample thickness ~.2mm

Mechanical Properties

Cri-plastMP™ PFA Electrically Conductive Compounds are capable of achieving higher MIT Flex performance than conventional carbon black compounds.

CompoundMFI 372 C, g/10 minMIT Flex 2.5lb load. Sample thickness ~.2mm
Carbon black filled conductive PFA1 to 2.5< 85,000
Cri-plastMP™ PFA conductive compound1 to 2.5120 to 420,000

Electrical Properties

Cri-plastMP™ PFA Electrically Conductive Compounds are designed for real application use, not just datasheet properties.


Do your electrically conductive products have an elongation specification? Do the raw materials used retain their conductivity at these elongation values … probably not. Cri-plastMP™ compounds retain their conductivity even at 150% elongation. Conventional carbon filled products do not.

Compoundohm @ 0% elongationohm @ 100% elongationohm @ 150% elongation
Carbon black filled conductive PFA3.30E+04> 1.0E11> 1.0E11
Cri-plastMP™ PFA conductive compound4.80E+023.60E+03

* CB product loses conductivity

Elevated Temperatures

Changes in Temperature are a fact of life. You design you materials to operate at elevated temperature, why wouldn’t you do the same for your static dissipative performance? Cri-plastMPTM compounds retain their conductivity even at 150 C. Conventional carbon filled products do not.

Temperature (°C)CB Filled (ohm)Cri-plastMP Blend* (ohm)
100556000120 to 420,000

*Note: The Cri-plastMP was used as a masterbatch and letdown at low levels with carbon black. Cri-plastMP™ compounds exhibit very little change in resistivity, even at elevated temperatures.

Contact Us

Our sales and technical staff will be glad to discuss your application and help select a product that meets your needs.
If your specification or application is not served by one of Cri-Tech’s standard products, we will develop a custom solution for you.