Ecological Process Additive for Film Production CG 75K - reduce production costs

No. 131364
Type of offer::
Selling
Price:
~0,58 EUR / kg
Available quantity:
24000 kg
Valid for:
The offer has expired

User:
oceanize_pl
Company:
Oceanize Poland Sp. z o.o.
Name and surname:
Ɓukasz
Contact:
We are pleased to introduce our eco-friendly process additive CG75K, which has been specially created for film production. This innovative product has many applications and brings a number of benefits.
Application:
  • Extrusion, extrusion blow molding and injection molding: Our CG75K additive is perfect for these processes.
  • Production of foil from recyclate: Particularly recommended when using polyethylene recyclate from consumer waste.
  • Environmentally friendly: Composition based on calcium carbonate and 100% recycled polymer matrix.
  • High quality recycled LLDPE: Our product is made of the highest quality material.
  • Calcium carbonate of exceptional quality: We are the exclusive importer of this fine, clear and surface-activated calcium carbonate.
  • Unique recipe: The CG75K additive contains an original mixture of ingredients that have a positive effect on the quality of the foil.
  • Perfect homogenization: Ensures even dispersion in the polymer matrix.
  • Improving the mechanical properties of the film: The addition of CG75K significantly increases the mechanical quality of the produced film.
  • Shrinkage Reduction: Helps reduce shrinkage during the processing process.
  • Perfect dispersion: Ensures even dispersion of ingredients in the foil.
  • Stabilization of the production process: This makes production processes more reliable.
  • Less need to replace filter meshes: This reduces operating costs.
  • Greater efficiency: Allows for over 3x greater dosing compared to traditional chalk fillers, without losing the product properties and enjoy savings
  • Available packaging: 25 kg bags on a pallet (1,125 kg net) or 1,200 kg Bigbag.

Plastech is not responsible for the content of offers. The only owner of it is the user that published it at Plastech..