Material recycling - Import export

Make a strong statement on sustainability Send a clear message about sustainability. With our packaging made from recycled material, you can strengthen the circular economy and thus make a valuable contribution towards conserving our planet’s resources. And this provides the same outstanding protection for your products as our solutions made from virgin material. At the end of its useful life, 100% of our packaging made from recycled material can be returned to the recycling loop.

Based on carbon and glass fibers, we produce isotropic non-wovens with different fiber orientations and lengths. The non-wovens are made of 100% recycled materials.

Consisting of MINI-systainer® incl. EPP cover insert and 6-compartment deep-drawn tray Interior dimensions of compartment: L 73 x W 67 x D 42 mm Suitable for sorting small components in the MINI-systainer®, such as saw blades, drill bits, etc. systainer® material: ABS Cover insert material: EPP moulded foam Deep-drawn tray material: recycled PS

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and 2-compartment deep-drawn tray incl. 6 dividers for division into 8 variable compartments Suitable for storing different lengths of screws in the systainer®. Compartment dimensions: L 325 x W 103 x D 64 mm Weight: 1.68 kg Deep-drawn tray material: recycled PS systainer® material: ABS With lid insert, EPP, 5 mm and insert with 2 compartments Incl. 6 dividers for 8 variable compartments

Consisting of MINI-systainer® T-Loc I incl. EPP cover insert and 3-compartment deep-drawn tray Interior dimensions of compartment: L 229 x W 42 x D 42 mm Suitable for sorting small components in the systainer®, such as saw blades, drill bits, etc. systainer® material: ABS Cover insert material: EPP moulded foam Deep-drawn tray material: recycled PS With lid insert, EPP and insert with 3 divisions

Consisting of systainer® T-Loc III incl. 3-pc. tool cover and tool insert The 3-pc. tool cover consists of three inserts (material: PPC). An insert is attached to the systainer® cover using screws. The second insert is fastened in the systainer® using the mounting rod included in the scope of delivery. The third insert (dimensions approx. L 347 mm x W 252 mm) is placed between the first two inserts. It can be removed separately. systainer® material: ABS 2-pc. tool cover material: PPC Deep-drawn tray material: recycled PS

Consisting of MINI-systainer® incl. cover insert, EPP and universal deep-drawn 8-compartment tray Interior dimensions of compartments: - 6 compartments L 41 x W 41 x D 42 mm - 1 compartment L 88 x W 88 x D 42 mm - 1 compartment L 241 x W 48 x D 42 mm Suitable for sorting small components in the MINI-systainer®, such as saw blades, drill bits, etc. systainer® material: ABS Cover insert material: EPP moulded foam Deep-drawn tray material: recycled PS With lid insert, EPP and universal insert with 8 divisions

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and universal deep-drawn tray with 12 compartments - 1 compartment L 112 x W 234 x D 67 mm - 2 compartments L 88 x W 88 x D 67 mm - 1 compartment L 88 x W 43 x D 67 mm - 8 compartments L 52 x W 52 x 67 mm Suitable for sorting small components such as screws, nuts, puzzle pieces, etc. Deep-drawn tray material: recycled PS systainer® material: ABS With lid insert, EPP, 5 mm and universal insert with

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.

Transporting recycling materials presents particular challenges for conveyor technology. The spiral conveyors for recycling materials need to be able to withstand materials with very different properties, unlike when transporting raw materials in industrial production processes or homogenous material such as granulates or pellets. In addition, the sturdiness in regards to environmental influences cannot be underestimated as a decisive factor for the longevity of the conveyor system as a whole.