Test drying rotary kiln SGV series small-scale demonstration test machine
Rotary Kiln SGV Series Small-Scale Demonstration Test Machine
You can actually test and confirm before the actual machine introduction! Experience the innovative performance and capabilities of Shimakawa's rotary kiln.
We are considering drying and heat treatment using a rotary kiln method, and we are preparing a demonstration test machine for customers who are troubled by the following questions: - Is it possible to dry and heat treat using the rotary kiln method? - What time and temperature can be used for heat treatment? - We want to determine the size and specifications of the production machine. Based on the results of the demonstration test, we will design and propose the optimal rotary kiln. Please let us know the material specifications, drying and heat treatment conditions, and target specifications you are considering. After a preliminary meeting, we will decide on the method, schedule, and costs for the demonstration test. (Please note that we may decline based on factors such as material flowability and generated gases.)
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basic information
<Overview of the Demonstration Test Machine> Furnace body dimensions mm: φ300×L1300 Effective heating length mm: 500 Maximum temperature: 800℃ Heating zone: 1 zone (Procon control) Heater capacity: 7.5Kw Rotation speed: 1–3rpm Atmospheric gas: Air, N2, O2 Since this test machine has only one heating zone, continuous processing is possible when heat treatment is performed at a constant temperature. However, if the heat treatment temperature varies over time, it will be batch processing. Additionally, heat treatment with controlled atmosphere using nitrogen or oxygen gas is also possible.
Price information
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Delivery Time
Applications/Examples of results
Many material manufacturers, chemical manufacturers, etc.
Company information
Since our establishment, we have consolidated various technologies cultivated through extensive experience, including "thermal control technology," "airflow control technology," "air pollution prevention technology," "mechanical design technology," and "engineering capabilities," to propose optimal systems tailored to our customers' needs, ranging from individual equipment to plant machinery.