Phenol formaldehyde resins (PF), also called phenolic resins or phenoplasts, [1] are synthetic polymers obtained by the reaction of phenol or substituted phenol with formaldehyde. Used as the basis for Bakelite, PFs were the first commercial synthetic resins.

Phoenix Plastics is a leading plastic additive manufacturer, serving our partners with purge compounds, chemical foaming agents, and other plastic additives.

Curbell Plastics Phoenix location supplies plastic sheets, rods, tubes, DuPont™ Vespel®, fabricated parts to AZ, NV, UT, and CA. Get a Quote or Buy Online.

Extensive material selection, custom plastic & acrylic fabrication, cnc machining, routing & cutting, vacuum forming & laser cutting. Located in Phoenix AZ. 602-437-1214 [email protected]

PHOENIX is a full-service, SQF certified, plastic injection molding manufacturer of closures. We have hundreds of stock plastic caps and an extensive staff of designers and engineers that can create a custom closure that will put the finishing touch on your brand’s packaging.

s, or phenolic resins. Crosslinked PhenoxyTM resins exhibit excellent chemical resistance, hardness, and adhesion on many substrates including steel, aluminum, glass, and carbon fibers, and plastics such as nyl.

Phenolic plastic (phenol-aldehyde resin) is considered to be the foundation of the plastic molding industry. It contributes to a large percentage of all molded plastic products and is used almost exclusively for industrial plastic materials.

Some of our services include: plastic fabrication, metal fabrication, engineering & design, turn key bespoke equipment, controls, robotics, high purity clean room work (Class 100), CNC turning, CNC routing and CNC milling.

Using materials such as plastics, rubber, and foam, we deliver the knowledge, technology, and expertise needed to fabricate timely and cost-effective solutions — from a single finished item to multiple products not readily available “off the shelf.”

Understand the advantages and material properties of phenolic plastics and similar non-phenolic composite materials compatible with manufacturing durable, high-performance components, electrical and insulation applications, and more.