Xiamen Yu-Hong Plastic Products Ltd.
New PVC sheet processing technology improves production efficiency by 30%
Recently, a new PVC sheet processing technology has attracted attention in the industry. This process optimizes the extrusion process and adopts an advanced temperature control system to accurately regulate the temperature changes during the processing, making the molecular arrangement of PVC sheets more uniform during extrusion and greatly reducing the defect rate. Meanwhile, the newly introduced high-speed traction device can increase production speed by 30% while ensuring the quality of the sheet material. This process is expected to reduce the production cost of PVC sheets and promote the development of related industries.
PET sheet achieves a balance between higher transparency and strength
Researchers have developed an improved formula for PET sheets through repeated experiments. By adding a specific proportion of nanoscale additives to the raw materials and using a unique mixing and stirring process, the additives are uniformly dispersed in the PET molecular structure. This not only improves the transparency of PET sheets, achieving a light transmittance of over 92%, close to optical grade standards, but also enhances the tensile strength of the sheets, which is 20% higher than traditional PET sheets. This achievement will bring new choices to high-end packaging, optical display and other fields that require strict performance of PET sheets.
Key progress has been made in the self-healing technology of PE protective film
A research team has successfully developed a PE protective film with self-healing function. This protective film can automatically reassemble and repair damaged areas under certain temperature conditions through its internal special chemical molecular mechanism when subjected to minor surface scratches and other damages. Researchers have introduced polymers containing dynamic chemical bonds into protective film materials. When damage occurs, the broken chemical bonds will reconnect under temperature stimulation, achieving rapid self-healing. At present, the technology has completed laboratory validation and is expected to be put into industrial production soon, bringing good news to industries such as electronics and automobiles that require long-term surface protection.