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VOWAled PURIA - Kaffeekunstleder

artificial leather / coated fabrics multi-component material

Vowalon: "VOWAled PURIA was developed as a unique synthetic leather material made from over 50% bio-based raw materials and is 100% vegan. It utilizes, among other things, residues and waste from food production (coffee roasting), thus avoiding any disruption to the food chain. The textile backing is GOTS-certified organic cotton."

VOWALON Beschichtung GmbH

Explanation of technical terms

Not every term is self-explanatory. To help you better understand the data, technical terms and abbreviations are explained on a separate overview page.

To Explanation

Certifications

C - OEKO-TEX® Standard 100

A - ISO 50001

D - IATF 16949

A - ISO 14001

D - ISO 9001

Applications

accessories

furniture + object equipment

automotive + mobility

Origin & Composition

Germany Place of production

49.4 ± 3,5% Bio-based Bio-based carbon content

No harmful substances Harmful substances according to REACH | 04.02.2026

Biogenic Components

organic cotton India

waste from coffee roasting (silver skins) Germany

bio-based plasticizer Denmark

Place of production Origin country biogenic components

Use & Compositing conditions

Products

Vowalon recommends:

Bag in various models with any colour and design combination

VOWAbag Taschenkonfigurator - VOWALON

Special Feature

Vowalon: "Materials used include residues and waste from food production (coffee roasting), thus avoiding any disruption to the food chain. GOTS-certified organic cotton is used as the textile backing."

Care Instructions

Vowalon recommends:

No special care required
Do NOT clean with organic solvents (alcohols), harsh soaps, bleach, or abrasives
Disinfect only with suitable disinfectants (list available upon request)
Clean with a pH-neutral soap solution and then wipe with a damp cloth

80 %

Performance

Application-independent measure for evaluating general performance in use

Learn more

39 %

Degree of disintegration

Degree of decomposition under composting conditions on a laboratory scale