The high-temperature pusher kiln is a continuous sintering
equipment specifically designed for the ceramics, electronics, and
new materials industries. It boasts excellent high-temperature
performance, precisely matching the high-temperature sintering
requirements of various products such as precision components,
ceramic substrates, and powder materials. The equipment features
superior insulation performance, resulting in significant energy
savings compared to traditional kilns. Uniform temperature
distribution within the kiln effectively ensures consistent quality
across batches of products.
The kiln is equipped with an intelligent temperature control
system, supporting multi-stage temperature rise curve presets. It
features thermocouples and a PID controller for precise and stable
temperature control. The pusher conveyor utilizes variable
frequency speed control technology, allowing for flexible speed
adjustment to adapt to the rhythm requirements of different
sintering processes. The kiln body employs a sealed design,
combined with high-temperature sealing cotton and a nitrogen
protection device, effectively isolating air interference and fully
meeting the requirements of inert atmosphere sintering.
The equipment's operating interface is simple and intuitive,
supporting automatic fault alarms and data logging functions for
easy production control and process traceability. The compact
structure effectively saves production space, and the modular
design facilitates easier maintenance and parts replacement. Our
products are widely used in the large-scale production of MLCCs,
ceramic filters, structural ceramics, and other products, providing
a reliable guarantee for enterprises to improve production
efficiency and product qualification rates.
