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Regenerating fashion: Ioncell transforms old cotton textiles, cardboard, and wood pulp into premium virgin-quality fibers without the toxic Carbon Disulfide (CS2) used in traditional Viscose production.

High-tenacity Ioncell textile fibers spun from dissolved post-consumer cellulosic waste using a non-toxic ionic liquid process.

High-tenacity Ioncell textile fibers spun from dissolved post-consumer cellulosic waste using a non-toxic ionic liquid process.

High-tenacity Ioncell textile fibers spun from dissolved post-consumer cellulosic waste using a non-toxic ionic liquid process.

High-tenacity Ioncell textile fibers spun from dissolved post-consumer cellulosic waste using a non-toxic ionic liquid process.

New

Ioncell – Regenerated Cellulose Fibers from Waste Biomass

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Espoo
+358 50 518 4750
July 5, 2026

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

New

Mango Materials – YOPP™ Methane-Derived PHA Biopolymer Pellets & Fibers

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Flexible sheets of Malai bio-composite, created from coconut water-derived bacterial cellulose and natural fibers, showcasing an organic, leather-like texture.

Flexible sheets of Malai bio-composite, created from coconut water-derived bacterial cellulose and natural fibers, showcasing an organic, leather-like texture.

Flexible sheets of Malai bio-composite, created from coconut water-derived bacterial cellulose and natural fibers, showcasing an organic, leather-like texture.

Flexible sheets of Malai bio-composite, created from coconut water-derived bacterial cellulose and natural fibers, showcasing an organic, leather-like texture.

Flexible sheets of Malai bio-composite, created from coconut water-derived bacterial cellulose and natural fibers, showcasing an organic, leather-like texture.

Malai – Coconut Water Bacterial Cellulose & Natural Fiber Bio-Composite

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India, Kerala
info@malai.eco
July 2, 2026

A sheet of Celium™ by Polybion, a premium bacterial cellulose bio-textile grown from fruit waste, functioning as a high-performance alternative to synthetic leather.

A sheet of Celium™ by Polybion, a premium bacterial cellulose bio-textile grown from fruit waste, functioning as a high-performance alternative to synthetic leather.

A sheet of Celium™ by Polybion, a premium bacterial cellulose bio-textile grown from fruit waste, functioning as a high-performance alternative to synthetic leather.

A sheet of Celium™ by Polybion, a premium bacterial cellulose bio-textile grown from fruit waste, functioning as a high-performance alternative to synthetic leather.

A sheet of Celium™ by Polybion, a premium bacterial cellulose bio-textile grown from fruit waste, functioning as a high-performance alternative to synthetic leather.

Polybion – Celium™ Cultivated Bacterial Cellulose Bio-Textile

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Interior wall constructed with Fetdeterra unbaked compressed earth blocks, demonstrating structural thermal mass and natural clay textures without synthetic finishes.

Interior wall constructed with Fetdeterra unbaked compressed earth blocks, demonstrating structural thermal mass and natural clay textures without synthetic finishes.

Interior wall constructed with Fetdeterra unbaked compressed earth blocks, demonstrating structural thermal mass and natural clay textures without synthetic finishes.

Interior wall constructed with Fetdeterra unbaked compressed earth blocks, demonstrating structural thermal mass and natural clay textures without synthetic finishes.

Interior wall constructed with Fetdeterra unbaked compressed earth blocks, demonstrating structural thermal mass and natural clay textures without synthetic finishes.

Fetdeterra – Unbaked Compressed Earth Blocks (CEB) & Rammed Earth Panels

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Dun Agro prefabricated timber-framed hempcrete wall panel, serving as a monolithic, carbon-negative building envelope.

Dun Agro prefabricated timber-framed hempcrete wall panel, serving as a monolithic, carbon-negative building envelope.

Dun Agro prefabricated timber-framed hempcrete wall panel, serving as a monolithic, carbon-negative building envelope.

Crane installation of a Dun Agro prefabricated timber-framed hempcrete wall panel, serving as a monolithic, carbon-negative building envelope.

Crane installation of a Dun Agro prefabricated timber-framed hempcrete wall panel, serving as a monolithic, carbon-negative building envelope.

Dun Agro – Prefabricated Hempcrete Wall Panels

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