Ballpoint pen. Manufacturer – Prodir - Page 16
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
60% less plastic. 100% more air. The QS40 Air turns the three-dimensionality of its surface into a new aesthetic and sustainable form. The rhythmically perforated honeycomb structure provides a clear glimpse of the inner refill.
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.
