Let's start networking globally.

You have left the meeting.

Education

Solutions

Let's start networking globally.

You have left the meeting.

Education

Solutions

The online knowledge and networking platform on rubber circularity.

The online knowledge
and networking platform
on Rubber Circularity.

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Material developers

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Development partners

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Distribution partners 

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

02

Matchmaking

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Startup

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Material developers

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Compounders

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

03

Product producers

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

02

Matchmaking

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Recyclate biobased

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Material production

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Product production

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Post consumer

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

02

Matchmaking

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Step

01

Product production

Rubber circularity is highly complex. Learn about materials technologies and services from our community, and overcome your circularity challenges.

Let's start networking globally.

You have left the meeting.

Education

Solutions

Matchmaking

Projects

Marketplace

Research Portal

Let's start networking globally.

You have left the meeting.

Education

Solutions

Matchmaking

Let's start networking globally.

You have left the meeting.

Education

Solutions

Matchmaking

Over 80+ companies around the world on the mission to a circular rubber economy.

What is a circular economy?

A Circular Rubber Economy is an economic system designed to minimize waste and make the most of rubber resources through processes like recycling, reuse, and sustainable production. Unlike the traditional linear economy, where rubber products are made, used, and then discarded, a circular rubber economy focuses on extending the life cycle of rubber materials. This is achieved by:

Design for circularity

In circular design, designers consider all stages of a product's lifecycle and ensure that it is sustainable from manufacturing to disposal.

Renewable materials

Recoverable, abiotic materials, replenished or purified by natural ecosystems on a human time scale (75-100 years), therefore excluding excluding fossil materials.

Recycling technologies

The activity of treating materials or products using special industrial processes so that they can be used again.

Applying circular materials

Introducing renewable and recycled materials as substitutes for geologically formed or fossilized materials, while aiming to maintain mechanical properties fit for purpose.

Design for circularity

In circular design, designers consider all stages of a product's lifecycle and ensure that it is sustainable from manufacturing to disposal.

Renewable materials

Recoverable, abiotic materials, replenished or purified by natural ecosystems on a human time scale (75-100 years), therefore excluding excluding fossil materials.

Recycling technologies

The activity of treating materials or products using special industrial processes so that they can be used again.

Applying circular materials

Introducing renewable and recycled materials as substitutes for geologically formed or fossilized materials, while aiming to maintain mechanical properties fit for purpose.

Design for circularity

In circular design, designers consider all stages of a product's lifecycle and ensure that it is sustainable from manufacturing to disposal.

Renewable materials

Recoverable, abiotic materials, replenished or purified by natural ecosystems on a human time scale (75-100 years), therefore excluding excluding fossil materials.

Recycling technologies

The activity of treating materials or products using special industrial processes so that they can be used again.

Applying circular materials

Introducing renewable and recycled materials as substitutes for geologically formed or fossilized materials, while aiming to maintain mechanical properties fit for purpose.

“The platform brings together pioneers in the field of rubber circularity. We are looking forward to interesting collaborations and to making a difference together.”

Nadja El Sayed

Sales and Marketing Manager – Hexpol Compounding

“The platform brings together pioneers in the field of rubber circularity. We are looking forward to interesting collaborations and to making a difference together.”

Nadja El Sayed

Sales and Marketing Manager – Hexpol Compounding

“The platform brings together pioneers in the field of rubber circularity. We are looking forward to interesting collaborations and to making a difference together.”

Nadja El Sayed

Sales and Marketing Manager – Hexpol Compounding

Join a global community of professionals, committed to advancing circularity within the rubber industry. Regardless of your role, every ones contribution is vital in reducing the industry's environmental impact. Our platform enables you to connect with peers, exchange insights, share challenges, and contribute your expertise. Together, we take collective responsibility for shaping a more sustainable future for the industry.

Next events and webinars

Understanding Mass Balance - Hexpol

Our
Solutions stage

Explore a curated collection of innovative materials, services and technologies that are aimed at increasing circularity of rubber materials. Whether you are searching for biobased raw materials, recycled raw materials, recycling technologies or success stories that show applications of them, our solutions stage provides the right inspiration and knowledge you need to make informed decisions.

We strive to
collaboration

If we are to change the rubber industry globally, we need to act as an collective. We feel empowered by our network of companies with all unique capabilities, and together we can tackle challenges one cannot do by themselves. Collaborate in a Circular Rubber Project, co-organize inspiring webinars or guest lectures, or raise awareness for rubber circularity in your industry or area.

Let's make the use of biobased and recovered raw materials the new standard.

Let's make the use of biobased and recovered raw materials the new standard.

Let's make the use of biobased and recovered raw materials the new standard.