Brand information
RILSAMID™ PA12
Product overview:
For over 40 years, Rilsamid® polyamide 12 resin fulfills the highest standards thanks to its combination of physical, chemical and mechanical properties. Rilsamid® PA12 resin is particulary well suited for different processing technologies: extrusion, injection, and blow-moulding processes.
PA12 Rilsamid™ properties
The properties of semi crystalline polyamides are determined by the concentration of amide groups in the macromolecule. This is lower in Rilsamid™ PA 12 than in all other commercially available polyamides, which accounts for its special properties:
- Minimal water absorption: moulded parts show almost no dimensional changes with variation in atmospheric humidity
- Extraordinarily high impact resistance and Charpy notched impact strength, even well below freezing point
- Good to excellent resistance to greases, oils, fuels, hydraulic fluids, and many solvents as well as to salt solutions and other chemicals
- Excellent resistance to stress cracking, even for metal parts encapsulated by injection moulding or embedded into the plastic
- Excellent abrasion resistance
- Low dry sliding friction coefficient as compared with steel, polybutylene terephthalate, polyacetal, and other materials
- Noise and vibration damping properties
- Excellent resistance to fatigue caused by frequent load change
- Easy processability
Rilsamid products
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenChemical Resistant • Electrically Conductive • Resilient
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenResilient • Impact Modified • Chemical Resistant
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenLow Temperature Impact Resistance • Heat Stabilized • Light Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenImpact Resistance, High
Polymergruppe und -typPA (PA12)
Additive30% Glass Fiber
Technologien
EigenschaftenRigidity, High • Mold Release, Good • Heat Stabilized • Light Stabilized • UV Stabilized • Mold Release
Polymergruppe und -typPA (PA12)
Additive15% Carbon Fiber
Technologien
EigenschaftenRigidity, High • Antistatic • Electrically Conductive • Heat Stabilized • Light Stabilized • UV Stabilized
Polymergruppe und -typPA (PA12)
Additive23% Glass Fiber
Technologien
EigenschaftenMold Release • UV Stabilized • Heat Stabilized • Light Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenFlexibility, Good • UV Stabilized • Heat Stabilized • Light Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenHeat Stabilized • Light Stabilized • UV Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenHeat Stabilized • Light Stabilized • UV Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenHeat Stabilized • Light Stabilized • UV Stabilized
Polymergruppe und -typPA (PA12)
AdditiveUngefüllt
Technologien
EigenschaftenHeat Stabilized • Light Stabilized
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