We offer a wide range of product decoration that can be done such as Multiple head hot stamping, Multiple head pad printing, In-mold decorations, Heat transfer and Silk Screening.

The MuCell® Microcellular Foam Technology brings significant weight reduction, energy reduction, and greenhouse gas emission benefits to a wide range of packaging products and applications produced by any of the three major manufacturing processes: injection molding; extrusion; extrusion blow molding.
The MuCell® process allows packaging companies to reduce the weight of their plastics containers by 6-15%. Not only that, but, in the case of injection molding, energy required to produce the packages can be reduced by 20-40%. Finally, and of greater environmental importance is the fact that simple atmospheric gases are used to obtain these results. This is in marked contrast to typical extrusion foam processing techniques, where either complex chemical foaming agents or volatile hydrocarbons such as pentane or butane gases have been used, with the resultant negative air quality impacts.
While these positive environmental benefits have always been available with the MuCell® Process, recent trends in the industry have convinced Core Technology Molding Group, LLC to spend greater effort in identifying them to the retail industry.

These trends include the following:
1. Corporate initiatives to reduce packaging bulk;
2. Continuing increases in the costs of packaging resins such as polystyrene, HDPE (High Density Polyethylene), and Polypropylene;
3. Massive increases in the costs of energy;
4. The environmentally friendly nature of the MuCell® Technology, where atmospheric gases such as nitrogen or carbon dioxide are used to foam plastics rather than the traditional chemical foaming agents such as pentane, butane and HCFC’s, all of which have adverse air quality effects and many of which need permits in the USA.
5. The emerging cost competitiveness of biodegradable polymers and the need for an effective foaming technique, such as the MuCell Process.