Gel ink pen. Materials – PHA

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the DS8 True Biotic, Prodir is setting new standards in the use of sustainable materials. The casing (body, clip and push button) is made from plastic-free, biobased biopolymers (PHA) that are also biodegradable. Micro-organisms synthesize PHA through fermentation and break it down again in the sea, fresh water or the soil – something they have been doing in all natural environments for millions of years. The creation and degradation processes follow nature’s own carbon cycle. Certified by TÜV Austria. The DS8 True Biotic combines maximum sustainability with top-quality design and workmanship.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.

With the QS40 True Biotic, we're taking another important step forward. Its casings are made from biobased, non-toxic biopolymers (PHA) that biodegrade easily under natural conditions - in sea and soil, for example. Creation and decomposition follow the natural carbon cycle of nature.