InnoPET Plasmax coating process for PET bottle

Tuesday, 15 October, 2024 | Supplied by: KHS Pacific Pty Ltd

KHS supplies technology for circular packaging with its latest-generation InnoPET Plasmax.

The coating process for PET bottles is designed to ensure product protection and optimum quality, freshness and improved shelf life and is 100% recyclability by type.

The coating process for PET containers covers the insides of plastic bottles with an ultra-thin layer of glass.

It is available as a single machine or blocked with a stretch blow moulder and/or additional filler unit.

Online: www.khs.com
Phone: 03 9335 1211

EXAIR Dual Hazardous Location Cabinet Cooler Systems

EXAIR's Dual Hazardous Location Cabinet Cooler Systems are designed to protect large...

WITT Gas Filter 77

The WITT Gas Filter 77 is designed to be suitable for the filtration of process gases used in the...

Atlas Copco GHS 402 - 902 VSD⁺ screw pump

The Atlas Copco GHS 402 - 902 VSD⁺ screw pump can provide high pumping speeds for the food...

Content from other channels on our network

A Day in the Life of a social worker specialising in FASD

Why cyber resilience is now a patient safety KPI

Woman fined for falsely claiming to be a psychologist in ACT Supreme Court

Training suite simulates hospital, aged care and community health settings

National standards for pain management education now available

Mining and smelting complex implements pedestrian alert system

Safety at work is a serious job — using creativity and data to shift behaviour in South Australia

Protecting workers from exposure to lead — have your say

$200K fine follows uncontrolled collapse that trapped two workers

$310K fine for mining contractor over coal mine worker death

Bio-inspired robotic bird has stable flight in its sights

Robotic bird mimics kestrel movements

Report: Economic value of NATA accreditation estimated at $488–712m annually

Neuroproteomics facility offers researchers a new perspective on MND and neurodegeneration

Protecting particles that carry mRNA in dry vaccine patches