Choose marking materials linked to bio-circular raw materials for your control cabinet. The markers from the UCT-WMTBA/GP product group are linked to bio-circular materials and support the use of raw materials derived from biogenic waste and residue streams such as used cooking oils, food waste, or tall oils. These alternative raw materials can be integrated into existing plastic material streams while maintaining the same technical properties as conventional plastics. As a result, you receive products with the same proven performance and reliability as before while helping to reduce the reliance on fossil-based resources.
The UCT-WMTBA/GP product group is linked to ISCC PLUS-certified bio-circular materials that are attributed to the product via the ISCC mass balance approach. Through this approach, an equivalent amount of bio-circular raw materials is allocated to the product and transparently tracked throughout the value chain.
Based on internal Product Environmental Footprint (PEF) calculations, the UCT-WMTBA/GP product group is associated with approximately 80% lower carbon emissions of the base material compared with the conventional UCT-WMTBA product group. The corresponding PEF report can be downloaded from the Downloads section.
UCT-WMTBA (29X6)/GP
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Cable marker
1798042
Cable marker, Green Product, Sheet, white (RAL 9010), unmarked, can be labeled with: BLUEMARK E.CARD, BLUEMARK ID COLOR, BLUEMARK ID, BLUEMARK CLED, THERMOMARK PRIME 2.0, THERMOMARK PRIME, THERMOMARK CARD 2.0, THERMOMARK CARD, TOPMARK NEO, TOPMARK LASER, mounting type: insert, Number of individual labels: 12, text field height: 6 mm, text field width: 29 mm
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Markers for marking and bundling conductors and cables using standard cable ties
Improved legibility thanks to increased contrast with direct laser marking
Mark your control cabinet sustainably with the resource-saving conductor markers from the UCT-WMTBA/GP product group
The UCT-WMTBA/GP product group is linked to ISCC PLUS-certified bio-circular materials that are attributed to the product via the ISCC mass balance approach. Through this approach, an equivalent amount of bio-circular raw materials is allocated to the product and transparently tracked throughout the value chain.
Based on internal Product Environmental Footprint (PEF) calculations, the UCT-WMTBA/GP product group is associated with approximately 80% lower carbon emissions of the base material compared with the conventional UCT-WMTBA product group. The corresponding PEF report can be downloaded from the Downloads section.
No quality differences in terms of technical and optical properties, print quality, and durability compared to conventional marking materials
Identification with resource-saving materials helps reduce the overall carbon footprint of a control cabinet without compromising on technical performance
With Green Products from Phoenix Contact, you are setting the standard for the future. The resource-saving and modular marking portfolio is perfectly tailored to use in control cabinets.