Equipment Testing
Industrial Furnace Testing Service
"Can we really mass produce under these conditions?" Get the answer before investing.
With over 150 tests per year and 19+ test furnaces,
covering temperatures from 100℃ to 1,800℃ and processing from tens of grams to several tons,
we support your investment decisions with solid data, from new material development to mass production.
3D VR
3D VR Tour of Industrial Furnaces
ability
Test Facility Capabilities
Takasago Test Center by the Numbers
19
+ units
Test Furnaces Available
150
/year
Annual Tests
100
-
1800
℃
Temperature Range
10
gram
~
1
ton
Processing Range
24
hours
Fastest Response Time
85
%
Post-Test Adoption Rate
Conditions are set. But not confident.
Do you have these concerns?
Please feel free to consult us about any other challenges or concerns.
For Those Unsure Which Test Furnace Is Best
Tell us about your material properties and processing goals,
and we'll recommend the optimal test furnace and conditions based on 70 years of experience.
Test Equipment
Test Equipment Lineup
01
Continuous Processing Test Furnaces
Tunnel Kiln
Temperature Range
Max 1,800℃
Test Range
Firing Method
Continuous transport by firing carts
Heating Method
LPG gas combustion
Atmosphere
Air
Furnace Structure
3-zone: preheating, firing, cooling
Applications
Various fine ceramics
Refractory bricks
Tiles
Building bricks/roof tiles
Pottery
Sanitary ware
Others
Electric Roller Hearth Kiln
Temperature Range
Max 1,350℃
Test Range
Furnace Length
12.6m
Internal Dimensions
W350×H150mm
Atmosphere
Nitrogen, oxygen, hydrogen, air
Heat Source
Resistance heating elements (SiC, metal)
Heating Capacity
220kW
Transport
Roller transport (inverter-controlled drive)
Roller Material
Stainless steel, ceramic (high alumina), SiC
Internal Width
Up to 2.0m maximum
Applications
Secondary battery cathode/anode materials
Various ceramic compacts
Various powder raw materials
Electronic components
MLCC (Multilayer Ceramic Capacitors)
Others
Electric Rotary Kiln
Temperature Range
Max 1,000℃
Test Range
Processing
Continuous processing of powder/granular materials by rotating drum
Heating Method
Electric heating (metal heating elements)
Atmosphere
Atmosphere control with nitrogen, hydrogen, oxygen, super-heated steam, vacuum,etc.
Applications
Functional materials
Powder materials
Chemical products
Catalyst materials
Others
Electric Rotary Kiln (φ250)
Temperature Range
Max 1,050℃
Test Range
Processing
Continuous processing of powder materials by rotating drum
Heating Method
Compatible with vacuum, nitrogen, and hydrogen
Feature
Complete oxidation prevention processing
Applications
Functional materials
Advanced materials
Metal powders
Others
Gas Rotary Kiln (Dry Distillation/Carbonization)
Temperature Range
Max 1,000℃
Test Range
Processing
Continuous processing of powder/granular materials by rotating drum
Heating Method
LPG gas combustion
Atmosphere
Air (reducing atmosphere)
Specialization
Waste treatment, environmental heat processing
Applications
Waste treatment
Environmental purification materials
Recycled materials
Dry distillation/carbonization
Others
Internal Combustion Rotary Kiln
Temperature Range
Max 1,400℃
Test Range
Processing
Direct combustion inside drum
Heating Method
LPG gas combustion (internal combustion)
Atmosphere
Air
Feature
High-temperature firing capable
Applications
Ceramic products
Refractories
Functional materials
Dry distillation/carbonization
Ceramics
Others
Superheated Steam Rotary Kiln
Temperature Range
Max 850℃
Test Range
Processing
Continuous processing by rotating drum
Heating Method
LPG gas heating
Atmosphere
Superheated steam
Feature
Oxidation suppression, organic decomposition/carbonization
Applications
Biomass carbonization
Waste treatment
Environmental purification materials
Functional materials
Others
Batch-Continuous Vacuum Rotary Kiln
Temperature Range
Max 1,050℃
Test Range
Max Processing
9 liters/batch
Ultimate Vacuum
1.0Pa or below
Atmosphere
Vacuum (1Pa or below), reducing (100% hydrogen), argon
Gas Supply
Hydrogen, nitrogen, argon: max 100L/min
Power
Three-phase AC200V 90A
Weight
3,500kg
Feature
Auto charging/discharging, non-disassembly retort wash (water washable), fully automated program controller
Applications
High-temp firing of functional powder materials
High-concentration atmosphere firing
Advanced materials
Li-ion battery cathode/anode materials
Others
02
Batch Test Furnaces
RHK Cell Simulator
Temperature Range
Max 1,350℃
Test Range
Furnace Type
Batch-type compact firing furnace
Heating Method
Electric heating (SiC heater)
Atmosphere
Air, nitrogen, oxygen, others
Structure
Top/bottom selective injection type
Applications
Ideal as pre-production prototype and multi-purpose test equipment
Shuttle Kiln
Temperature Range
Max 1,800℃
Test Range
Furnace Type
Furnace body and firing cart separable batch type
Heating Method
LPG gas heating
Atmosphere
Air
Structure
Cart-accessible product loading/unloading
Applications
Ceramic products
Fine ceramics
Functional materials
Refractories
Others
High-Temperature Shuttle Kiln
Temperature Range
Max 1,800℃
Test Range
Furnace Type
Furnace body and firing cart separable batch type
Heating Method
LPG gas heating
Atmosphere
Air
Feature
Ultra high-temperature firing capable
Applications
High-temp fired ceramics
Special refractories
High-temp ceramics
Functional materials
Others
Elevator Kiln (Atmosphere Elevator Furnace)
Temperature Range
Max 1,350℃
Test Range
Firing Method
Cart elevator batch furnace
Heating Method
Electric heating (SiC heating elements)
Atmosphere
Special atmosphere firing: nitrogen, hydrogen, etc.
Feature
Both workability and airtightness
Applications
Functional materials
Electronic component ceramics
Advanced materials
Others
Superheated Steam Elevator Kiln
Temperature Range
800℃ (Steam) / 1,600℃ (Air)
Test Range
Furnace Type
Cart elevator batch furnace
Heating Method
Electric (molybdenum disilicide heating elements)
Atmosphere
Superheated steam, air
Feature
Both superheated steam and air firing capable
Applications
Biomass carbonization
Functional materials
Environmental purification materials
Others
Vacuum Desktop Rotary Kiln
Temperature Range
Max 1,000℃
Test Range
Furnace Size
Desktop size (compact)
Atmosphere
Vacuum, nitrogen, hydrogen, oxygen, argon
Processing
Powder material processing by rotating drum
Application
R&D, small-lot production, condition testing
Applications
Pharmaceutical R&D
Functional materials R&D
Powder material testing
Others
Batch Rotary Kiln
Temperature Range
Max 1,000℃
Test Range
Furnace Type
Batch processing type
Heating Method
Electric heating (metal heating elements)
Atmosphere
Special atmosphere: nitrogen, hydrogen, oxygen, etc.
Processing
Uniform heating by rotating drum
Feature
High-mix low-volume production capable
Applications
Pharmaceutical R&D
Functional materials R&D
Powder material testing
Others
For Those Unsure Which Test Furnace Is Best
Tell us about your material properties and processing goals,
and we'll recommend the optimal test furnace and conditions based on 70 years of experience.
Flow
Testing Process
1
Free Consultation
Feel free to consult with us. We will listen to your challenges and goals, and evaluate testing possibilities.
Consultation Methods
- • Phone: Weekdays 9:00-17:00
- • Email: 24-hour reception
- • Web conference: Set up as needed
* Duration: 30 min - 1 hour
What You Will Learn
- • Testing feasibility
- • Approximate cost estimate
- • Estimated testing timeline
Rest Assured
- ✅ NDA (Non-Disclosure Agreement) available
- ✅ Consultation only is OK
- ✅ Response within 24 hours
- ✅ Detailed proposals possible with drawings
2
Planning
We propose the optimal test furnace and conditions (approx. 1 week). Based on the consultation, we develop a specific test plan.
What You Will Learn
- • Final confirmation of test content
- • Agreement on cost and schedule
- • Sample shipping method
Rest Assured
- ✅ Free quotation
- ✅ Multiple plan proposals available
- ✅ Budget-flexible adjustments possible
- ✅ Facility tours welcome
3
Testing
Customer attendance welcome (1-4 weeks). We conduct testing according to the plan.
Support During Testing
- • Flexible adjustments based on conditions
- • Immediate notification upon any anomaly
- • Additional test recommendations
Customer Attendance
- • Observe testing in progress
- • Attend operation checks and product retrieval
4
Results Report
Detailed test report + roadmap to mass production. We compile test results into a detailed report and present our findings.
Report Contents
- • Test conditions and result data
- • Microscope photos and hardness distribution charts
Report Methods
- • PDF format report
- • In-person / web conference / phone explanation
For Those Unsure Which Test Furnace Is Best
Tell us about your material properties and processing goals,
and we'll recommend the optimal test furnace and conditions based on 70 years of experience.
