PVC conductive materials are commonly used in machined medical device prototypes and enclosed fixtures.
It is highly processable, so it is very suitable for prototypes of mechanical equipment that require strength, chemical resistance, and materials that meet FDA standards.
One disadvantage of POM is its sensitivity to radiation sterilization, which tends to make POM brittle.
If radiation disinfection is carried out,
PVC conductive material and similar POM are difficult to glue and snap fit, and the thin-walled part may break under the action of the plastic spring mechanism and load.
If you want to sterilize B POM parts, consider using an EtO, Steris or autoclave, depending on whether the device contains any sensitive components, such as electronic equipment.

The plasticizers in daily PVC plastics mainly use dibutyl terephthalate and dioctyl ester, which are all poisonous chemicals. Lead stearate is a poisonous antioxidant for PVC.
When PVC products containing lead salt antioxidants come into contact with ethanol, ether and other solvents, lead salts will precipitate.
Lead-containing PVC is used in food packaging and fried dough sticks.
High chemical resistance. Concentrated hydrochloric acid, sulfuric acid with a concentration of 90, nitric acid with a concentration of 60 and sodium hydroxide with a concentration of 20 have the advantages of good mechanical strength and electrical insulation.
It has stable physical and chemical properties, is insoluble in water, alcohol, gasoline, gas, and has less water vapor leakage. It can withstand any concentration of hydrochloric acid and sulfuric acid below 90 at room temperature.
Due to its high chemical stability, it can be used to manufacture anti-corrosion pipelines, packaging pipelines, oil pipelines, rigid boards are widely used in the chemical industry, used to manufacture various storage tank linings, building corrugated boards, door and window structures , Wall decoration and other building materials.
Due to its excellent electrical insulation properties, it can be used in the electrical and electronic industries to manufacture plugs, sockets, switches and cables.
In daily life, PVC conductive material is used to make sandals, raincoats, toys and artificial leather, etc.! It has excellent performance in a wide temperature range from -150°F to 300°F.
Designed for FDA-approved equipment, it has passed all USP Class VI biological tests.
It meets the National Sanitation Foundation (National Sanitation Foundation) drinking water standards with a maximum temperature of 180°F.
Polysulfone is a tough polysulfone with high dimensional stability