POM Derlin 3D Filament

45,00  + IVA

POM Derlin 3D Filament Used in most industries, mechanical engineering, textiles, automotive (carburetor parts intended for contact with naphtha or gasoline), precision engineering, electronics and electrical engineering. Automotive, aeromotive, marine

  • Nontoxic
  • High dimensional stability
  • excellent machinability (turning – milling)
  • excellent mechanical properties
  • Limited resistance to chemicals

Description

POM Derlin 3D Filament

POM polyoxymethylene, also known as Delrin, enables 3d printing of objects that possess great values of mechanical strength, toughness, hardness, rigidity, dimensional stability, poor moisture absorption, thermal stability, and good electrical and dielectric behavior. It has excellent sliding properties and reduced static and dynamic friction value.
Threadable, drillable, easily milled by simply heating the surfaces to be joined. Chemically resistant to many aggressive products but not to strong acids such as sulfuric acid and oxidizing agents. Good UV resistance.

Used in most industries, mechanical engineering, textiles, automotive (carburetor parts intended for contact with naphtha or gasoline), precision engineering, electronics and electrical engineering. Automotive, aeromotive, marine

  • Nontoxic
  • High dimensional stability
  • excellent machinability (turning – milling)
  • excellent mechanical properties
  • Limited resistance to chemicals

Specifically, POM-C is a semi-crystalline POM-copolymer filament with good physical properties. Low moisture absorption, good fatigue resistance and high stiffness. Easy to machine, it possesses remarkable stability and produces objects with very stable shapes at close tolerances.

Significantly resistant to friction, it allows objects to be printed with very high precision and high mechanical strength. It has the advantage of achieving a result even closer to plastic injection, thus prototyping for functional, mechanical and aesthetic validations. Reserved for experienced 3D printing users.

Specifiche Tecniche

Velocità di Stampa

Temperatura Estrusore

Temperatura Piano

Peso