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Advantages of Thermoforming

Blow molding and thermoforming molds are characterized by their simple structure, low material costs, ease of manufacture and processing, minimal material requirements, and flexibility in production and modification. They can be fabricated from materials such as steel, aluminum, plastic, wood, or plaster, with costs only about one-tenth those of injection molds. Moreover, blow‑molding processes enable rapid product design changes, making them well suited for the production of small‑batch parts.

2020

What are the applications of thick thermoforming?

Thick thermoforming refers to the processing of raw materials with a thickness exceeding 2 mm, which cannot be molded on fully automatic machines. Instead, it is produced using semi‑automatic blister‑forming machines specially designed for thick sheets. Generally, thick thermoforming uses plastic as the primary material, supplemented by molds, to manufacture blister packaging in a wide variety of shapes and configurations. Plastic materials suitable for thick‑sheet thermoforming include PVC, acrylic, ABS, PC, PP, light‑transmitting sheets, daylight panels, polycarbonate sheets, PE, and others. The thick‑film blister products manufactured via this process are primarily used in the automotive industry for interior components and electrical applications.

2020

How to Improve the Transparency of Vacuum-Formed Products

In thermoforming manufacturing facilities, vacuum thermoforming has gained widespread recognition in advertising signage and commercial applications. A key factor is that certain blister‑pack materials exhibit the same level of transparency as glass, allowing products to be showcased more effectively and enhancing brand image and perceived quality. However, during production and thermoforming processes, numerous variables can impact this transparency. How can we address and prevent such issues?

2020

Low-pressure infusion of plastic‑molded housings for medical devices

Blister‑molded housings for medical devices are typically manufactured using low‑pressure injection molding. This process employs simple molds—such as aluminum, resin, or ABS molds—with resin molds being more commonly used due to their lower cost compared to aluminum and faster mold‑making times. Low‑pressure injection molding is well suited for small‑batch pilot production during product development. It is primarily utilized in the automotive industry, as well as for products intended for mass production and for plastic parts with uneven wall thicknesses that are produced in limited quantities and feature straightforward designs. This approach is especially prevalent in the fabrication of blister‑molded housings for medical equipment, such as those used for medical carts and instrument enclosures.

2020

Industry issues in blister packaging and thermoforming processing

The selection of blister‑formed trays should be based on the operating environment and antistatic requirements. Challenges hindering industry development include issues related to application methods, environmental impact, production specifications, and whether overall performance meets international standards. First, decide whether to package your products in blister trays; depending on the intended use, choose trays made from different materials. If the products require antistatic properties, select antistatic materials accordingly.

2020

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By material classification

Water transfer printing

Categorized by Industry Application

Fitness equipment, strength training machines, blister‑pack protective plates and guards

Medical device blister packaging shell

Refrigerator/freezer/combi safe blister liner and door lining

Blister‑molded back panel and blister‑molded rear housing for commercial televisions

Thermoforming of interior automotive parts, thermoforming of housings

High-tech product series

Mobile: Manager Li+86-13780611738
Mobile: Manager Zhou+86-13780651290
Phone:+86-532 87506126
Email:ziniumom@gmail.com
Address: Beian Industrial Park, Jimo City, Qingdao, Shandong Province, China

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