Anjaconduct® are compounds engineered to be electrically conductive or permanently antistatic.
Available in all conventional basic engineered polymers such as PC, ABS, PA and PBT and various combinations of these polymers.
Depending on customer request and application, the conductivity of Anjaconduct® compounds is achieved by admixing
- conductive masterbatch
- carbon fibre
Black cost-optimised Anjaconduct®-Compounds compounds can be offered by admixing conductive masterbatch. Modern carbon fibres are used in reinforced conductive products.
Clever combination with more additives will allow more modifications such as
- flame retardent (FR)
- UV stabilisation (UV)
- glass beads (GB), glass fibres (GF), minerals (M), PTFE and MoS₂
- Anjaconduct® PC 150-FR/KF1E6
- Anjaconduct® PC 150-FR/KF1E9
- Anjaconduct® PA6 250-H/KF1E8
- Anjaconduct® PA6 250-GK/KF 30/1E8
- Anjaconduct® PA6 250-GK20/LR1E6
- Anjaconduct® PC/ABS 055/80-KF1E3
- Anjaconduct® PC/ABS 050/45S-AT
- Anjaconduct® PC/ASA 10/25S-AT/UV
- Anjaconduct® PA6 200C-LR 1E8
- Anjaconduct® PA6 250-H/FR3/KF1E8
PC without reinforcement
surface resistivity <1 MΩ, flame protected UL94 V-0/1.5 mm, high rigidity and strength, low density
PC without reinforcement
surface resistivity <1 000 MΩ, flame protected UL94 V-0/1.5 mm, high rigidity and strength, low density
PA6 reinforced
surface resistivity <100 MΩ, high rigidity and strength, low density
PA6 reinforced, 30% glass beads
surface resistivity <100 MΩ, isotropic shrinkage, high rigidity and strength
PA6 reinforced, 20% glass beads
surface resistivity <1 MΩ, low shrinkage, isotropic shrinkage, high rigidity and strength
PC/ABS
surface resistivity <0.0001 MΩ, high rigidity and strength, low density
PC/ABS without reinforcement
surface resistivity <1 000 000 MΩ, good flow properties, good dimensional stability, available in all muted colours
PC/ASA without reinforcement
surface resistivity <1 000 000 MΩ, UV-stabilised, good flow properties, good dimensional stability, available in all muted colours
surface resistivity <100 MΩ, isotropic shrinkage
PA6 without reinforcement
surface resistivity <100 MΩ, flame protected UL94 V-0/3.0 mm, high rigidity and strength, low density