Europe developed the light transmittance 90% of antistatic PE film

Pvc plastic thermoforming machine network, according to foreign media reports, recently has been applied successfully to the European manufacturer OCSiAl company TUBALL single-walled carbon nanotubes produced a high-performance antistatic PE film, compared with plain film, the antistatic PE blown film light transmittance was 90%, the vertical growth of about 60%, the fracture stress can keep for electrical conductivity. As usual, anti-static bags, flexible intermediate bulk containers ( FIBC) Liner, electrostatic shielding bag and film, cherish tape and conductive films are for certain products and products from static interference and the types of packaging design. However, traditional replacement is a ointment. For antistatic additives, such as carbon black can lead to mechanical properties of landing and dimming effect, and under the condition of different humidity, antistatic additive migration may lead to non for electrical conductivity. Nowadays, single-walled carbon nanotubes can avoid these topics nowadays, single-walled carbon nanotubes can also provide the best value in terms of price positioning, exciting new choice makes it industry. Baidu optimization company recently, the European manufacturer ( It is in the confidentiality agreement cherish) Successful application of OCSiAl company ( Le DE Luxembourg,) TUBALL of single-walled carbon nanotubes produced a high-performance antistatic PE film, the film USES blown film extrusion. By introducing 0 TUBALLMATRIX810 concentrate for easy handling. 01 wt。 % TUBALL nanotubes, exterior resistivity of 5109 to 1011 Ω/sq, consistent with the ANSI/ESDS541 - And IEC61340-2003 5 - 1 - 2007 standard about prevent electrostatic effect packaging materials. Compared with plain film, the antistatic PE blown film transmittance of 90%, this is to use carbon black keyword optimization cannot be achieved, in addition, the fracture stress of vertical growth of about 60%, the durability of the progress of the PE film. These findings confirmed TUBALL nanotubes one of the key features, that is, they can under the load of special is very low to create 3 d conductive and strengthen the network. Compared with other conventional additives, nanotubes film formula also show the future in terms of thermal stability. TUBALLMATRIX concentrate the application of the standard of cleaner production process without use of coherent with black powder or dust. All these developments and the upper hand to encourage the company inherit test TUBALL nanotubes, and through a variety of process ( Including extrusion and injection molding) Found by polyolefin polymer production potential of other anti-static components.