Inert, non-flammable lubricating oil. Polymer is a blend of oligomers. Also used as an inert medium in transgenic studies of fruit fly Drosophilia embryos.

Inert, non-flammable lubricating oil. Polymer is a blend of oligomers.

Also used as an inert medium in transgenic studies of fruit fly Drosophilia embryos.

Inert, non-flammable lubricating oil. Inert, non-flammable lubricating oil. Polymer is a blend of oligomers.

Also used as an ultraviscous solvent for ¹H NMR spectroscopy to better identify individual components in a complex mixture. The ultraviscous polymer solvent (mixed as 80% Halocarbon / 20% CDCl₃) greatly reduces the molecular tumbling of small molecules, thereby making the nuclear Overhauser effect (NOE) very large and of negative sign.

This inert, non-ionic Polytetrafluoroethylene (PTFE) dispersion can be used for applications that require excellent chemical and temperature stability. Typical uses include electronic and metallic surface coatings, anti-drip additive for plastics, and binder for battery anode/cathode matrixes. Can be used anywhere a highly inert, stable, non-stick coating is desirable.

Useful as primer or coating resin due to good adhesion properties. Randomly chlorinated HDPE.

Inert coating resin.

Polydispersity 2.5-3.0

Inert liquid for high temperature baths.

Fluorinated copolymers of ethylene and propylene improve overall performance when formulated into plastics, elastomeric polymers, paints and coatings or inks and lubricants. Exhibits high release characteristics, excellent wear and mar resistance and slip resistance properties when used alone or in blends with other materials. The inherent toughness and high fluorine content imparts improved tear resistance, surface smoothness and flammability resistance in coating and ink formulations.

Widely used rubber for applications requiring good solvent resistance.

Neoprene®

Inert polymer.

Nominal diameter: 35µm

Inert, non-flammable lubricating oil. Polymer is a blend of oligomers. Also used as an inert medium in transgenic studies of fruit fly Drosophilia embryos.

• Pour Point: 10° F (-12° C)
• Cloud Point: 35° F (2° C)