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NORITAKE CO., LIMITED

Special alloy rotary kiln

Inquiries about product specs, etc.

  • Special alloy rotary kiln

Overview

Battery material-compatible: The furnace core tube's special alloy suppresses reactions when firing lithium.
Adhesion-preventing construction: The special alloy allows for use of a knocker.
Furnace core tube size increase: Available for use with mass production rotary kilns and the size of the mass production rotary kiln.

Specifications

Maximum temperature 1100℃
Heat source Electricity or gas
Heating method Indirect heating
Processing time 30 mins.–4 hrs. (variable speed)
Processing load 30–2,000 kg/hr
Maximum equipment measurements 2,5000 mm (length) × 6,000 mm (width) × 8,000 mm (height)
Maximum furnace core tube measurements Up to an I.D. diameter of 1,900 mm × 15,000 mm
Furnace core tube material Special alloy
Atmosphere Air, oxygen, nitrogen, and argon

Special alloy furnace core tube sizes

Mass production rotary kiln
Mass production rotary kiln

～IDφ1900×150000（㎜）

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Pilot rotary kiln
Pilot rotary kiln

IDφ270×3000（㎜）

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Desktop rotary kiln
Desktop rotary kiln

IDφ110×1490（㎜）

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  • Products
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  • Automobiles

    Automobiles

    Noritake TCF has a relationship with the automobile parts industry. We've come to boast a deep knowledgeable in recent years regarding the batteries and motors of electric vehicles as well as the materials for sensors and regulators making self-driving possible.

  • Computers/smartphones

    Computers/smartphones

    Lithium-ion batteries, LCDs, circuit boards, sensors, and other components have a close tie to our equipment.

  • Aviation/space equipment

    Aviation/space equipment

    Our equipment has deep ties to the production of carbon fibers making up jet bodies and rechargeable battery materials used in artificial satellites.

  • Dishes and household goods

    Dishes and household goods

    Industrial furnaces have been used in the manufacture of ceramic and glass dishes since ancient times. Our equipment is also deeply involved with water purifier filters and other items integral to everyday life.

  • TVs

    TVs

    Industrial furnaces produce the materials for not only electronics and LCDs but those used in IoT telecommunication equipment too again exhibiting our equipment's close relationships to these items.

  • Glass materials

    Glass materials

    Glass materials are used in windows and cups as well as 5G smartphones, Wi-Fi, and other information communication fields offering convenience to our lives. Glass also plays a part in bottles which offer long-term preservation and the ability to be recycled. These items are again receiving attention and too are available thanks to the contributions of our technology.

  • Metal materials (steel and non-ferrous metals)

    Metal materials (steel and non-ferrous metals)

    We are involved in the metal materials used in daily life—from the steel frames and rebars of bridges and buildings supporting society's infrastructure to knives, frying pans, air conditioner cooling fans, and more.

  • Chemical products

    Chemical products

    Our hand can be found in the equipment manufacturing materials of a variety of products found in day-to-day life, such as reusable bags, packaging containers, and functional shirts.
    Leisure products like golf clubs are also possible thanks to our equipment.

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Flow leading up to test

  • Meeting
    Meeting
    We set up a meeting, gaging the customer's intentions for the test and their requirements.
  • Test plan
    Test plan
    With the results of the meeting, we put together a test plan fitting the customer's wishes.
  • Actual test
    Actual test
    Our staff heads out to the customer's location, where the test is conducted.
  • Data summary and evaluation of results
    Data summary and evaluation of results
    We sort through temperature requirements, processing time, and other data before evaluating the results in comparison with the plan.
  • Reflection of results in equipment specs
    Reflection of results in equipment specs
    The test results are reflected in a proposal for equipment specs.

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