Conserving resources

Our approach range from optimizing material consumption, from virgin fibre to fresh water, to clean production methods and to the use of recycled materials, up to 100%, without compromising quality or safety.

A striking example is ECO7, our new lightweight recycled containerboard machine. Located in Świecie, Poland, ECO7 consumes 20% less steam, 30% less electricity and 40% less water than comparable machines per tonne of paper produced.

Benefits
Use of renewable resources Use of recycled materials	Clean production methods

Highlights

Advantage ONE

Extensible, high-porosity sack kraft paper with outstanding stiffness, runnability and printability for the production of single-ply industrial bags.

Lower grammages up to 20%
Reductions in cost and waste

ProVantage Recycled

The right choice for producing economical and ecological high-strength packaging solutions.

Lightweight
Made of recycled material
High strength

ONE

The ONE-ply concept provides significant reduction in packaging weight and volume.

High porosity
Optimal filling spout performance
Resource and cost efficient

ONEPlus

ONEPlus provides the advantages of the ONE-ply concept but also has a PE moisture barrier.

Optimal barrier
Optimal filling spout performance
Resource and cost effective

Easy Seal

Easy Seal closes firmly all the way to the edges reliably protecting the filling material while enabling a smooth production process.

Accelerated production process
Reliable long-lasting protection
Customisable to all valve bags

Performance Packaging

Systematic approach to optimizing customers’ packaging for protection, shipping and disposal.

360° customer requirement analysis
Constant optimisation of raw materials and board combination

Nautilus®

100% recycled paper manufactured from waste paper, using advanced techniques to save resources and reduce energy consumption.

100% recycled fibres
FSC™ certification available
Three different whiteness levels

BIO TOP 3® extra

BIO TOP 3® is produced total chlorine free (TCF) and involves optimum energy efficiency, low water consumption and minimised emissions to the environment.