MOLD

Mold
Development^{Main 3}

TAW technical engineering team has extensive experience in mold production and design. We are equipped with advanced 3D CAD/ProE systems for product development, providing innovative solutions and producing high-quality molds for our clients. Since our establishment, Over the years, TAW has earned the trust and support of our customers through our commitment to excellence. With a track record of over 2,000 completed projects spanning various industries including industrial packaging, aerospace technology, medical, beverages, horticulture, electronics, and electrical appliances, we have demonstrated our versatility and expertise. Continuing our journey of exploration, we are constantly pushing the boundaries of innovation to drive sustainable development and offer cutting-edge solutions to our clients.

FORMING MOLD

TRANSFER MOLD

HOT PRESS MOLD

Manufacturing

The Process of Mold Manufacturing Products.

Step 01

The forming mold is immersed in the slurry pool, where the vacuum negative pressure draws in the slurry (fiber) onto the surface of the mold. The metal mesh serves to enhance molding efficiency by capturing and retaining the slurry (fiber) to create a cohesive fiber layer.

Step 02

The Process of Mold Manufacturing Products.

Step 02

The transfer mold descends and seals the forming mold, while the vacuum lifts the wet embryo and transports it to the hot stamping mold.

Step 03

The Process of Mold Manufacturing Products.

Step 03

Under high temperature and pressure, the hot stamping mold is shut, pressing the dry and wet embryos together to form semi-finished paper trays.

The paper support is positioned on the edge trimming mold, where the edges are trimmed until the membrane lowers, allowing the blade to remove any excess edge material.

Materials

6061 Aluminum

A widely used aluminum alloy known for its excellent mechanical properties, lightweight nature, and good corrosion resistance. It offers exceptional machinability, making it suitable for diverse applications.
Additionally, its high thermal conductivity ensures efficient heat dissipation during molding processes.

7075 Aluminum

Recognized for its high strength, good fatigue resistance, and moderate corrosion resistance, 7075 aluminum is commonly used in aerospace, military, and high-stress structural applications where durability and reliability are critical.

Copper

With exceptional thermal conductivity, copper enables rapid heat transfer and improved cycle times in molding applications. It is highly durable, corrosion-resistant, and easy to machine, making it ideal for high-performance molds and precision designs.

Stainless Steel

Highly corrosion-resistant and extremely durable, stainless steel provides superior strength at high temperatures while maintaining dimensional stability during thermal fluctuations. Its hygienic properties and ease of machining make it perfect for applications in the food, medical, and high-precision industries.

Cast Aluminum

Known for its good corrosion resistance and excellent casting fluidity, cast aluminum offers reliable mechanical properties that can be further enhanced through heat treatment. It is widely utilized in automotive components, engine parts, and various industrial applications due to its versatility and durability.

Services

Mold development

Mold development is a crucial step in manufacturing, focusing on designing molds to form products. The process starts with model creation, followed by selecting materials such as steel or aluminum, often incorporating prototyping. Precision machining is then employed to craft the mold components, which are assembled and rigorously tested. Upon approval, the mold enters mass production, with routine maintenance ensuring durability and performance. This essential process enables efficient and high-quality manufacturing.