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THERMOPLASTIC SOLUTIONS

BIO

Soles produced using bio based raw materials from controlled and certified sources. A process initiated more than a decade ago by For Ever®.

New

STERI-TECH™ BIOGUM

Biodegradable thermoplastic which allows reaching elastomeric performances superior to any other thermoplastic due to its rubber base. This solution also has the benefit of its complete biodegradability.
Unlimited design, different hardness, compact or expanded. A wide range of possibilities to achieve with BIOGUM.

New

STERI-TECH™
BIOGUM

New

STERI-TECH™ BIOGUM

Biodegradable thermoplastic which allows reaching elastomeric performances superior to any other thermoplastic due to its rubber base. This solution also has the benefit of its complete biodegradability.
Unlimited design, different hardness, compact or expanded. A wide range of possibilities to achieve with BIOGUM.

Biodegradable thermoplastic which allows reaching elastomeric performances superior to any other thermoplastic due to its rubber base. This solution also has the benefit of its complete biodegradability.
Unlimited design, different hardness, compact or expanded. A wide range of possibilities to achieve with BIOGUM.

BIODEGRADABILITY
95% / 1800 DAYS

BIODEGRADABLE
 

Biodegradability – 95% / 1800 days.

ECOLOGICAL
FOOTPRINT

Low ecological footprint technology.

ABRASIVE
 

Excellent abrasive performance.

FORPLAS™ BLOOM

The excessive growth of algae in lakes causes huge problems of water pollution and oxygen capture.
Through the incorporation of algae biomass in the outsoles production were using bio based raw materials and help fighting its wild growth in the ecosystems.

FORPLAS™ BLOOM

FORPLAS™ BLOOM

The excessive growth of algae in lakes causes huge problems of water pollution and oxygen capture.
Through the incorporation of algae biomass in the outsoles production were using bio based raw materials and help fighting its wild growth in the ecosystems.

The excessive growth of algae in lakes causes huge problems of water pollution and oxygen capture.
Through the incorporation of algae biomass in the outsoles production were using bio based raw materials and help fighting its wild growth in the ecosystems.

HELPS TO REDUCE THE EXCESS OF ALGAE´S IN THE LAKES

WATER
SAVINGS

80 liters of Water spared per 1 pair.

SUSTAINABLE
RESIN

Replacing fossil fuels with natural origin raw materials.

CARBON
NEGATIVE

Low ecological footprint technology.

INFINITY™
BIODEGRADABLE

The only existing biodegradable solution that is certified, according to the European Union (according to European standards EN 13432 and EN 14995).

The process of biodegradability is defined as the degradation of plastic (in aerobic or anaerobic conditions) in carbon dioxide, water (or methane), mineral salts and biomass, or by microorganisms such as bacteria, fungus and seaweed.

INFINITY™
BIODEGRADABLE

INFINITY™
BIODEGRADABLE

The only existing biodegradable solution that is certified, according to the European Union (according to European standards EN 13432 and EN 14995).
The process of biodegradability is defined as the degradation of plastic (in aerobic or anaerobic conditions) in carbon dioxide, water (or methane), mineral salts and biomass, or by microorganisms such as bacteria, fungus and seaweed.

The only existing biodegradable solution that is certified, according to the European Union (according to European standards EN 13432 and EN 14995).
The process of biodegradability is defined as the degradation of plastic (in aerobic or anaerobic conditions) in carbon dioxide, water (or methane), mineral salts and biomass, or by microorganisms such as bacteria, fungus and seaweed.

LESS NEED FOR NON-RENEWAL MATERIALS

90%
DEGRADING

Degrading by at least 90% within 6 months (180 days) in optimal conditions.

INFINITY™ BIO
WITH TENCEL™

Allying this solution with TENCEL™ Lyocell powder, it´s possible to have an even more sustainable approach, due to the lower usage of raw materials with non-renewal origin. Additional benefits are degradation by at least 90% within 6 months (180 days) in optimal conditions, less accumulation of waste in nature since these materials degrade easily and faster and a contribution to the reduction in CO2 and greenhouse gas emissions.

INFINITY™ BIO
WITH TENCEL™

INFINITY™ BIO
WITH TENCEL™

Allying this solution with TENCEL™ Lyocell powder, it´s possible to have an even more sustainable approach, due to the lower usage of raw materials with non-renewal origin. Additional benefits are degradation by at least 90% within 6 months (180 days) in optimal conditions, less accumulation of waste in nature since these materials degrade easily and faster and a contribution to the reduction in CO2 and greenhouse gas emissions.

Allying this solution with TENCEL™ Lyocell powder, it´s possible to have an even more sustainable approach, due to the lower usage of raw materials with non-renewal origin. Additional benefits are degradation by at least 90% within 6 months (180 days) in optimal conditions, less accumulation of waste in nature since these materials degrade easily and faster and a contribution to the reduction in CO2 and greenhouse gas emissions.

80 days) in optimal conditions, less accumulation of waste in nature since these materials degrade easily and faster and a contribution to the reduction in CO2 and greenhouse gas emissions.

LOWER CONSUMPTION OF FOSSIL FUELS

BOTANICAL
ORIGIN

Raw materials of botanical origin using, at the same time, waste from other industries in the production of premium soles.

SUSTAINABLE
PRODUCTION

Non-harmful raw materials to the environment.

ENVIRONMENTALLY
FRIENDLY

Greater use of raw materials that are environmentally friendly.

INFINITY™
BIO-BASED

Production process that uses the total or partial percentage of energy that comes from biomass whose origin is the plants. That has resulted in a considerable reduction of C02 emissions and water consumption.

INFINITY™
BIO-BASED

INFINITY™
BIO-BASED

Production process that uses the total or partial percentage of energy that comes from biomass whose origin is the plants. That has resulted in a considerable reduction of C02 emissions and water consumption.

Production process that uses the total or partial percentage of energy that comes from biomass whose origin is the plants. That has resulted in a considerable reduction of C02 emissions and water consumption.

REDUCED GREENHOUSE GAS (GHS) EMISSIONS

FORM NATURAL
ORIGEN

Conservation of fossil resources for future generations.