top of page
Papironova_edited.png
Industries.png

INDUSTRIES

Different applications.
Different demands.

Paper and fibre materials are defined by what they need to do.

From direct food contact and pharmaceutical packaging to premium cosmetics, hygiene products and liquid packaging, each application creates its own combination of performance, converting, regulatory and supply requirements.

THE PAPIRONOVA LENS

One material specification
rarely tells the whole story.

For every application, we look beyond grade names and grammage.

A material may need to withstand moisture, maintain stiffness, deliver precise print reproduction, form clean creases, seal reliably, provide controlled absorbency or comply with specific food-contact and hygiene requirements.

ICON Papironova7

01

APPLICATION

Where and how will the material be used?

ICON Papironova8

02

PERFORMANCE

What must it actually do?

ICON Papironova9

03

MATERIAL

Which structure and properties support that performance?

ICON Papironova10

04

SUPPLY

Which source can deliver it consistently and commercially?

LP.png

BEVERAGE & LIQUID
PACKAGING

Engineered for demanding structures.

Board and fibre-based materials for liquid and beverage packaging applications where stiffness, converting behaviour, barrier integration and filling-line performance interact.

Explore Beverage & Liquid Packaging →
Consumer.png

CONSUMER GOODS

Structure built for conversion.

Paperboard and packaging materials for folding cartons and consumer applications where stiffness, dimensional stability, printability and efficient converting need to work together.

FOOD & BEVERAGE

food and beverage.png

Precision where consistency matters.

Materials for food packaging, cups, takeaway formats, wrapping and other applications where converting performance, barrier requirements and food-contact suitability intersect.

cosmetic

BEAUTY & PERSONAL CARE

Premium boards and speciality materials for cosmetics, fragrance and personal-care packaging where surface quality, print reproduction and structural precision influence the final product experience.

Material performance meets presentation.

PHARMACEUTICAL

Pharmacuitical.png

Precision where consistency matters.

Paper and board solutions for pharmaceutical cartons, medical packaging and specialist applications requiring controlled converting, printability, cleanliness and documentation.

HYGIENE PRODUCTS

LNapkin.png

Performance starts with the fibre.

Fluff pulp and fibre-based materials for absorbent hygiene applications, selected around processing behaviour, consistency and application requirements.

Kitchen tissue papironova_edited.jpg

TISSUE

Softness begins with the fibre.

Pulp and fibre solutions for tissue applications where softness, absorbency, strength and efficient converting need to work together.

Medicinal and Hygiene_edited.png

MEDICAL PACKAGING PAPER

Protection starts with the material.

Specialty papers for sterile and medical packaging where sealability, porosity, cleanliness and reliable converting are critical.

LABLE & RELEASE PAPER

Label & Release Paper_edited.jpg

Performance behind every label.

Face and release papers for labelling applications where surface quality, printability, dimensional stability and converting performance matter.

THERMAL PAPER

THERMAL PAPER.png

Clarity at every transaction.

Thermal papers for POS, ATM, ticketing and information applications requiring reliable imaging, smooth converting and consistent performance.

WRAPPING PAPER

Food wrapping.png

Function wrapped in simplicity.

Functional wrapping papers for food and consumer applications, selected around strength, surface properties, barrier needs and converting behaviour.

HoReCa

None LDP food container.png

Materials made for everyday service.

Paper and fibre-based materials for foodservice and hospitality applications, from cups and containers to napkins, tissues and takeaway formats.

AN APPLICATION IS ONLY THE STARTING POINT

The right material depends on what it needs to do.

Grammage alone does not define performance. Fibre composition, bulk, stiffness, surface, barrier, printability and converting behaviour all influence the final result.

monologo_edited.png
bottom of page