The section is intended to process and manufacture highly filled or modified polymeric concentrates (masterbatches) on the basis of the big number of thermoplastics and thermoplastic elastomers (PE, ABS, PS, PVC, PP, PA, PET, PBT, PC, etc.) where it is possible to put different additives (fillers, stabilizers, colorants, pigments) in polymers achieving a high degree of an additive dispersion in a polymer matrix. We worked through the technologies of manufacturing materials with antistatic properties for some thermoplastics (PE, ABS, “sevilen”) due to upgrading by single-walled carbon nanotubes (SWCNT).
ST-600 feeding hopper;
SAL-800G2E vacuum automatic loader
SHD-400SL-EH standard hopper dryer;
SHD-600SL-EH standard hopper dryer;
SHR-500A kneader-mixer;
PNT-300/1000 gravimetric batcher;
ZJF-450 helical loader of polymeric raw materials;
TSE-75-40 twin screw extruder grainer;
LQ-300 grain cutter;
KDP-2 line vibrating screen;
PCE pneumatic transport for polymeric grains;
PCD pneumatic transport for polymeric grains;
Measuring hopper.
We worked through the technologies of manufacturing materials with antistatic properties for the range of thermoplastics due to upgrading by single-walled carbon nanotubes (SWCNT).
The antistatic composite material for manufacturing products with antistatic properties
Surface resistance:
7∙105 ÷ 7∙106 Ohm
The antistatic composite material to manufacture products, films and film products for destaticizing
Surface resistance:
not more than 8·109 Ohm
Conducting peroxide crosslink composition for power supply cable shields
УVolume resistivity:
at 23°С – 18 Оhm·cm
at 90°С – 42 Оhm·cm
The antistatic composite material to manufacture products, films and film products for destaticizing
Surface resistance:
6·109 Ohm