ABS plastics are thermoplastics and have applications in many industries requiring strong and impact-resistant materials manufacturing. As a thermoplastic material, ABS does not burn upon heating. Instead, it becomes liquid during the ABS molding process to ensure easy injection molding and recycling.
Advantages of ABS Injection Molding
There are many benefits derived from ABS plastic molding, so several industries find it very useful. Some of the advantages of the material include:
The machines used for ABS plastic molding deliver excellent performance in the processing of these thermoplastics. Their dynamics and strength ensure continuous and repeatable production performance. The energy-saving system also helps you reduce energy demand and overall cycle times.
ABS plastic molding also ensures very versatile applications. This process is adapted to work with ABS resins of various sizes with excellent integration capabilities. This flexibility ensures the production of components for various industries.
The ABS injection molding process produces complex ABS plastic inject mold parts for complex applications. This is often limited to other injection molding processes. The ability to use complementary techniques and regulated injection molding ensures the reproducible creation of shapes and quality molded parts. Moreover, this material can maintain its characteristics and performance after subjection to drastic temperatures.
Other notable benefits of ABS molding include:
Disadvantages of ABS Injection Molding
While ABS mould has many advantages, it also comes with some downsides. Some of the setbacks of this material include:
ABS plastic does not do well in the presence of sunlight. It tends to degrade upon continuous exposure to ultraviolet rays from the sunlight. Therefore, there is the usual need to coat it with a UV-resistant material for adequate protection.
Although this material is considered non-toxic to humans, it can produce smoke during fabrication. This may be unsafe for operators and technicians.
ABS plastic may not be very suitable for high-stress applications because of its poor fatigue resistance. It may degrade easily upon continuous exposure to stress or strain.