Low Temperature Adhesives
Adhesives as an enabler of innovative solutions to drive sustainability.
H.B. Fuller helps customers leverage hygiene hot melt solutions to optimize the structure of materials at the product design and manufacturing stages, while also reducing the energy consumption and carbon footprint of the operation.
Though adhesives make up only a small percentage of the hygiene articles in which they are used, they can often be a part of innovative solutions to drive sustainability progress.
We offer several lower-application-temperature adhesives that drive sustainability and safety for the manufacturers of the absorbent hygiene products.
These adhesives can be applied at a temperature around 130°C to 140°C, as opposed to the 160°C to 175°C required for standard hot melt adhesives. Using less energy to heat lines and tanks contributes to lower CO2 emissions, bringing our customers one step closer to their sustainability goals.
As hygiene customers move toward new product designs that support reduced material usage and less waste, lower-application-temperature adhesives reduce the risk of burn-through on thinner substrates.
Our lower-temperature adhesives, like Full-Care® 5221 for the construction application, can minimize strike through on the thinner topsheet, backsheet and core wrap materials:
- The viscosity profile allows application at lower application temperatures (130 - 150 °C)
- Optimized rheological profile for clean and consistent application
- Minimizes risk of bleed through or substrate staining
- Based on a proven technology approach for secure construction bonding
Lower application temperatures also can improve safety and reduce the wear and tear on line machinery.
Our customers report cleaner operational conditions with lower temperature adhesives, which increases line efficiency and reduces downtime.
H.B. Fuller’s technical experts continue to innovate, making sustainability an easy choice for manufacturers of disposable hygiene products. We can help customers select the range of adhesive solutions that meet performance needs, while also reducing resources and energy used across the supply chain.