Machined Plastics
Plastics
Machined Plastic Parts Materials ABS Plastics & MachiningAcetal & Delrin MachiningAcrylic Plastic Materials & MachiningCOC/COP Plastic Materials & MachiningCPVC Plastic Material & MachiningCTFE/KEL-F Plastic Material & MachiningDelrin AF Plastic Material & Machining ECTFE/Halar Plastic Material & Machining Fluorosint® 500 and 207 Plastic Materials & MachiningHDPE Plastic Material & MachiningLDPE Plastic Material & MachiningNoryl® Plastic Material & MachiningNylatron GS: Self Lubricating Nylon for Precision MachiningNylon 6/6 Material & Machining PBT Plastic Material & MachiningPEEK Plastic Material & Machining PES (Radel A) Plastic Material & MachiningPlastic Machining With PETPhenolics/G10 Plastic Machining Polycarbonate Plastic & MachiningPolypropylene Plastic Material & MachiningPolysulfone Plastic Matetial & MachiningPPS Plastic Material & MachiningPVC Plastic & Machining PVDF Plastic Material & MachiningRadel® Plastic Material & MachiningRexolite® Plastic Material & Machining Tecadur Plastic Material & MachiningTeflon® Plastic Machining (PTFE) | Controlled FluidicsTorlon PlasticMaterial & MachiningUHMW Plastic Materials & MachiningUltem® (PEI) Plastic Material & MachiningVespel® Plastic MachiningPOLYMER OPTIONS
cf-logo.png
polymer-options-Relative-Price-1.png

RELATIVE PLASTIC PRICES TO DELRIN

Delrin (Acetal's branded name) is one of the most common plastic materials used for a variety of products. This makes it a great standard when it comes to cost and price comparisons.

The graph to the left documents how expensive common materials is. This gives an idea of what to expect when pricing out each material.

polymer-options-ease-of-machining-1.png

EASE OF MACHINING

Ease of machining is as it sounds: how easily an operator can machine a material. This accounts for 3 different factors that include stability, abrasiveness, and burr formation. When added together, they give a number/"score" that indicates how difficult it is to machine.

However, the higher number doesn't win here. In this case, the higher the number is, the more difficult it is to machine that material.

polymer-options-Flexural-Modulus-Elasticity-1.png

FLEXURAL MODULUS ELASTICITY

This factor tells teams how a material "bounces back" to perpendicular force. Does it keep its structure, or does it bend to that applied force?

This is important as it informs how stiff or flexible a material is. The numbers in the graph detail this in psi.