Tote containers (‘totes’) are commonly used as a cost-effective way to transport or store bulk products and materials. Space & cost savings: Collapsible totes can fold to one-quarter of a traditional IBC, minimizing empty tote storage requirements. This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%.

Tote containers (‘totes’) are commonly used as a cost-effective way to transport or store bulk products and materials. Space & cost savings: Collapsible totes can fold to one-quarter of a traditional IBC, minimizing empty tote storage requirements. This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%.

Tote containers (‘totes’) are commonly used as a cost-effective way to transport or store bulk products and materials. Space & cost savings: Collapsible totes can fold to one-quarter of a traditional IBC, minimizing empty tote storage requirements. This 4:1 folding ratio saves more than two-thirds of storage and transportation space, effectively reducing return logistics costs by up to 75%.

Material switch lowers costs, achieves higher flow versus previous TPV Cost savings: The hose manufacturer saves $33,000 per year by using Versalloy TPV instead of its previous material. Higher productivity: The improved flow properties of the Versalloy solution enabled the hose manufacturer to increase throughput by two seconds, which in turn reduced total system costs.

Material switch lowers costs, achieves higher flow versus previous TPV Cost savings: The hose manufacturer saves $33,000 per year by using Versalloy TPV instead of its previous material. Higher productivity: The improved flow properties of the Versalloy solution enabled the hose manufacturer to increase throughput by two seconds, which in turn reduced total system costs.

Fabric offered the qualities designers wanted, but the raw material cost was too high and secondary manufacturing processes too costly for the car’s intended price point. Reduced costs: The new material was less expensive than fabric – in raw form and in manufacturing costs. By rethinking the material for its interiors, the OEM saved more than $500,000 a year in material, manufacturing and logistics costs.

Cost-Effectiveness: Using engineered polymers in electric vehicle batteries can contribute to cost savings throughout the manufacturing process. Polymers can be processed at a lower cost than metals, reducing overall material expenses. Additionally, polymers' lightweight nature lowers transportation costs and simplifies assembly processes.

Cost-Effectiveness: Using engineered polymers in electric vehicle batteries can contribute to cost savings throughout the manufacturing process. Polymers can be processed at a lower cost than metals, reducing overall material expenses. Additionally, polymers' lightweight nature lowers transportation costs and simplifies assembly processes.

Cost-Effectiveness: Using engineered polymers in electric vehicle batteries can contribute to cost savings throughout the manufacturing process. Polymers can be processed at a lower cost than metals, reducing overall material expenses. Additionally, polymers' lightweight nature lowers transportation costs and simplifies assembly processes.

Cost of sales Cost of sales: Debt financing costs