Exhibitors & Products at K 2022

This piece of equipment is used to find out the smallest oxygen mixture that is required for plastics to go on burning. TECHNICAL INFORMATION The oxygen measurement unit is of US origin. Time

Reduce, Reuse, Recycle We at Aegis Packaging, continually invest in the sustainable development of our business including economic, ecological and social aspects. We rethink the plastic packaging

Extend Shelf Life Stay Fresh and Crispy with O₂X™ , High Oxygen Barrier Coating Mono-material Barrier Flexible Packaging O₂X™ We provide mono-material structures which is the next

temperatures, high shear rates or under the effects of light & oxygen. This will cause: 1. Loss of strength. 2. Loss in elongation 3. Surface may become rough...of processing and even in service life. Antioxidant Masterbatches help you combat the degradation of plastic due do oxygen and heat. The antioxidant systems

of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged

at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects

of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged

synergist technology it provides a boost in the Char Formation and helps in attaining the desired Limiting Oxygen Index Value without any addition of Antimony

synergist technology it provides a boost in the Char Formation and helps in attaining the desired Limiting Oxygen Index Value without any addition of Antimony

to the plasma state. This plasma consists of reactive nitrogen and oxygen species that react with the surface of the plastic and bond fast to it. This gives rise

voltage: 220 Volt 50 Hz. Computer connection. Specific software. High insulation oven. Language options: Turkish, English, French and Russian. Oxygen

oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapour dilutes the burnable gases and oxygen, and an aluminium oxide layer

by introducing specific gases, such as oxygen, argon and nitrogen into the chamber. These gases are then activated by ionic

UltraGuard Solutions slow the transfer of oxygen and moisture in high-density polyethylene (HDPE), improving its barrier performance by up to 50

UltraGuard Solutions slow the transmission of oxygen and moisture in high-density polyethylene (HDPE), thereby improving its barrier performance