Plaque de polystyrène à haut impact pour le thermoformage

Brif Intro

High impact polystyrene sheet roll (high impact HIPS blister sheet roll) is a thermoplastic sheet modified from styrene and rubber. It has the characteristics of high impact strength and toughness, arbitrary coloring, molding processability, chemical corrosion resistance, and good electrical properties.

Specifications of high impact polystyrene sheet

Characteristics of high impact polystyrene sheet

High impact strength and toughness: are the main characteristics of HIPS blister sheet, which enables it to withstand greater impact and collision and is not easy to break.

Arbitrary coloring: HIPS blister sheet can be colored into various colors as needed to meet different usage requirements.

Good molding processability: HIPS blister sheet can be processed by a variety of methods, such as blister, injection molding, extrusion, etc., and has good molding.

Chemical corrosion resistance: HIPS blister sheet has good acid and alkali resistance and can withstand corrosion from a variety of chemicals.

Good electrical properties: HIPS blister sheet has good insulation and can be used to manufacture electrical components and parts.

Advantages of high impact polystyrene sheet

Easy to thermoform: HIPS blister sheet has good controllability during thermoforming, enabling the molding of complex shapes and details.

Strong durability: Due to its high impact resistance and mechanical strength, HIPS blister sheet performs well during use and is suitable for repeated use and long-term storage.

Lightweight: HIPS material is lighter, which helps reduce transportation and handling costs.

Environmental protection: HIPS is a recyclable material that can reduce environmental burden and meet the requirements of green environmental protection.

Diverse surface treatment: Various surface treatments and decorations such as coating, printing, metallization, etc. can be performed to meet different aesthetic and functional requirements.

Application of high impact HIPS blister sheet

High impact HIPS blister sheet is widely used in food packaging, electronic product packaging, medical device packaging, toy packaging, industrial parts packaging and other fields. Its high impact resistance and good molding properties make it an ideal choice for various packaging solutions.

Food packaging: HIPS blister sheet can be used to make food trays, boxes, covers, etc., with good transparency and glossiness, which can effectively display food.

Daily necessities packaging: HIPS blister sheets can be used to make daily necessities packaging boxes, cosmetic boxes, gift boxes, etc., which can enhance the appearance and texture of the product and attract consumers’ attention.

Electronic product packaging: HIPS blister sheets can be used to make packaging for electronic products such as mobile phones and computers, with good antistatic and cushioning properties.

Toy packaging: HIPS blister sheets can be used to make toy packaging such as toy cars and building blocks, with good safety.

Feuille HIPS que nous proposons

Production of high-impact HIPS blister sheets

● Préparation des matières premières :

High-impact HIPS resin: Select high-quality high-impact HIPS resin as the base material.
Additives: Add antioxidants, stabilizers, pigments, etc. as needed to improve material properties and appearance.

● Moulage par extrusion :

Mixing: Evenly mix HIPS resin and additives in a mixer.
Extrusion: The mixture passes through an extruder, melts at high temperature and is extruded into a sheet through a mold.
Cooling: The extruded sheet is quickly cooled and shaped by a cooling roller.
Trimming: Trim the cooled sheet to a standard size.

● Moulage sous blister :

Preheating: Heat the HIPS sheet to an appropriate temperature to soften it.
Molding: Adsorb the softened sheet onto the mold through vacuum adsorption or compressed air to form the desired shape.
Cooling: Keep the molded sheet in the mold to cool until it hardens and sets again.
Demolding: Remove the cooled and set blister product from the mold.

● Post-processing:

Trimming: Remove excess edges and corners to obtain the final product.
Surface treatment: Perform surface printing, coating and other treatments as needed.

Informations sur l'entreprise

Avis d'achat

FAQ