For customers considering the purchase or replacement of a dryer. We will assist you in introducing reliable equipment through test drying!
At Shimokawa Manufacturing, we offer test drying services to help customers who are considering purchasing or replacing a dryer to smoothly select and implement the equipment. If you provide us with samples after discussing your desired drying conditions in advance, we will conduct test drying using our in-house test equipment. Please use this to assist in selecting the optimal dryer.
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basic information
<Overview of the Demonstration Test Equipment> 1. Hot Air Circulation Dryer Maximum Temperature: 250°C (Normal Use: 200°C) Heating Time: 30 minutes (from room temperature) Inner Chamber Dimensions: □800 ☆ Achieves optimal drying by adjusting airflow direction and volume. 2. Vacuum Dryer (with N2 Purge Function) Maximum Temperature: 150°C (Normal Use: 130°C) Heating Time: 1 hour (from room temperature) Inner Chamber Dimensions: W800×H1050×D1270 Vacuum Level: Below 130Pa ☆ Work heating is possible under both vacuum and atmospheric pressure Drying in an oxygen-free atmosphere is also possible by replacing the chamber atmosphere with N2 Equipped with a rapid cooling function using an air cooling device. 3. Rotary Kiln (SGV Type) Furnace Body Dimensions mm: φ300×L1300 Effective Heating Length mm: 500 Maximum Temperature: 800°C Heating Zone: 1 Zone (Procon Control) Heater Capacity: 7.5kw Rotation Speed: 1–3rpm Atmosphere Gas: Air, N2, O2 ☆ 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.
Detailed information
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Rotary kiln SGV type test device
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Hot air circulation dryer test device
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Vacuum drying test device (N2 replaceable)
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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.