In the world of storage tank technology, precision and stability are decisive factors for success. Vacuum thermoforming is used in particular in the production of lids for buffer tanks, which have to meet the highest requirements for temperature forming. Let's take a closer look at this fascinating process and discover why it is so ideal for demanding applications in storage tank technology.
High-temperature-resistant materials for the highest requirements
We use special, high-temperature-resistant materials for vacuum thermoforming the lids for buffer tank production. These materials are designed to withstand the extreme conditions that frequently occur in storage tank technology. They place the highest demands on moulding accuracy and process stability, which means that every step of the manufacturing process must be carefully monitored and controlled.
Precise temperature control and controlled vacuum build-up
The key to success in vacuum thermoforming lies in precise temperature control and controlled vacuum build-up. These two factors ensure that the material is moulded into the desired geometry. This means that the material is pressed exactly into the mould required for the lid of the buffer tank. This precision is crucial to ensure that the lids fit perfectly and fulfil their function optimally.
Reproducible production of complex moulded parts
Another major advantage of vacuum thermoforming is the ability to produce complex moulded parts reproducibly. This means that we are able to manufacture lids for buffer tanks in large quantities without compromising on quality. Every batch of lids has the same high dimensional accuracy and optimum surface quality, which is essential for the demanding applications in storage tank technology.
