PES Applications

Our experienced technical staff will carefully focus on product research and development and arrange professional production lines to provide you with higher quality PEI raw materials. In order to meet your application needs, we carefully select materials and technologies. The original products have a variety of excellent properties to ensure the reliability of the products after re-application and processing.

PES has good processing properties and is easily processed into various shapes, making it suitable for making complex chip base designs. The geometry and structure of the base can be designed based on the functionality and requirements of the chip. Make sure that the size, hole positions, connection points, etc. of the base meet the layout and connection requirements of the chip.

PES is an electrically insulating material suitable for applications where the chip base needs to provide electrical isolation. Integrating the fabricated base with the chip ensures that the connection points are accurately matched for reliable electronic connection and functionality.

PES has high mechanical strength and hardness and can provide sufficient structural support. Suitable manufacturing processes, such as injection molding, machining, or 3D printing, can be used to produce PES chip bases that meet design specifications. The manufacturing process needs to ensure that PES materials are properly treated to maintain their characteristic properties.

PES was chosen as the material of the tray because PES has excellent mechanical strength and hardness, can provide a stable support structure to prevent damage to the IC chip, and is also resistant to high temperatures and chemicals. Antistatic agents can be added to improve its resistance. Electrostatic properties.

By adding antistatic agents, PES trays can provide good antistatic properties to prevent IC chips from being damaged by electrostatic discharge. Use appropriate processing techniques such as injection molding to manufacture PES antistatic IC chip trays. Ensure that the antistatic properties of PES materials are properly controlled during the manufacturing process.

PES is a relatively lightweight material that facilitates the design of lightweight pallets, easing the burden of handling and storage.

PES is chosen as the material of the bottle. PES can maintain stability at relatively high temperatures and can resist overheated water temperatures that may cause the bottle to deform and break.

PES is a relatively lightweight material that facilitates the design of lightweight bottles, taking the load off babies' arms so they can easily pick up the bottle. Sturdy and lightweight bottles also keep babies safe, preventing them from accidentally breaking the bottle and hurting themselves.

Based on data collection and analysis of the appeal of different bottles to babies, design a bottle with a size and shape that conforms to the baby's usage habits. Ensure that the design of the baby bottle meets the needs and quality and safety requirements of most customers.

Choose high-quality PES material and ensure it meets food contact standards. Apply a non-stick coating to the surface of your cookware, usually using PTFE for coating. This step ensures a non-stick surface on the cookware, allowing food to slide more easily and reduce food sticking.

PES is a food-safe material that does not contain harmful substances. The production and processing process needs to be standardized to ensure that the cookware meets hygienic standards when cooking food.

Design a suitable mold or structure according to the shape and size of the non-stick cookware. Taking into account the characteristics of PES, ensure that the design can effectively utilize the advantages of PES such as high temperature resistance, chemical corrosion resistance and mechanical strength.

PES material has good high temperature resistance, and adding a certain fire-resistant and insulating coating can make a high-quality fire peeper. The main goal of a fire helmet is to provide protection to reduce the risk of possible head injuries. This includes protection against heat, flames, falling objects, and other potential hazards.

PES material is easy to process, and the helmet can be trimmed and shaped according to preliminary design requirements to ensure that the edges are smooth and meet design requirements. Then, the various parts of the helmet are assembled, including the lining, strap system, etc.

PES material is a lightweight material that ensures the helmet itself is designed to be lightweight so that firefighters can be more comfortable when wearing it for long periods of time. The lightweight design also helps reduce the load on their necks and heads, allowing firefighters to move more freely.