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{"title":"High Vacuum Laboratory Furnace For Silicon Carbide Up to 3200\u2103","imgUrl":"https:\/\/img.chinax.com\/nimg\/a9\/06\/5428e5889f8e64e1348da9bbca6c-200x200-1\/high_vacuum_laboratory_furnace_for_silicon_carbide_up_to_3200_e2_84_83.jpg","attrs":{"Brand Name":"Nuotian","Model Number":"NTI-SML-9L","Certification":"CE","Place of Origin":"Hunan, China"}}
{"title":"High Level Laboratory Furnace Special for Experiment Test and Academic Research","imgUrl":"https:\/\/img.chinax.com\/nimg\/e1\/d7\/7a9e5eab2f33bed07b986defc8dd-200x200-1\/high_level_laboratory_furnace_special_for_experiment_test_and_academic_research.jpg","attrs":{"Brand Name":"Nuotian","Model Number":"NTI-SML-9L","Certification":"CE","Place of Origin":"Hunan, China"}}
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This brand-new 3200℃ intermittent induction vacuum laboratory furnace is high-precision equipment specially developed for small-scale material experiments.
It combines advanced medium-frequency induction heating technology with a complete vacuum and protective atmosphere system, supporting ultra-high temperature working conditions up to 3200℃ to satisfy the demanding sintering and heat treatment requirements of various high-performance materials.
Customized for experimental testing and scientific research, the furnace comes in three different specifications to offer flexible and dependable solutions, ranging from trial experiments and lab testing to precise sample preparation in research and small-batch production. It adopts an advanced IGBT control system matched with Japan’s Shimaden FP93 temperature controller, enabling steady and sensitive temperature regulation.
For precise non-contact temperature detection, it is fitted with an American Raytek infrared pyrometer covering 1000℃ to 3200℃. This professional setup ensures accurate temperature control and excellent temperature uniformity within 5℃, delivering stable, repeatable and high-quality outcomes for diverse high-temperature processes.
The furnace runs under vacuum or argon micro-positive pressure environment, supported by a closed internal recirculating water cooling system for reliable heat dissipation. Customized options such as gas purifiers are available to meet specific material processing needs, making it perfectly suitable for R&D and small-volume production in materials science.
Application:
Carbon & Graphite Materials: Processing of graphite powder, graphene, anthracite, carbon nanotubes, carbon fiber, and graphite powder.
Ceramic & Hard Alloys: Sintering of silicon carbide, tungsten carbide, boron carbide, and other high-performance ceramic components.
Special Functional Materials: Heat treatment of lithium battery materials, rare earth oxides, radiation-proof materials, rhenium materials, metal billets, and powder metallurgy products (e.g., metal/composite metal powders).
Other Materials: Processing of boric anhydride, magnesium fluoride, poly-silicon materials, calcium carbide, and negative electrode materials.
Specification:
Laboratory Furnace --Technology Parameter
Model
Parameter
NTI-SML-4L
NTI-SML-9L
NTI-SML-57L
Working size
mm
φ150×250
φ200x300
φ350x600
Heating type
IF induction heating
Control type
/
IGBT control
HT zone capacity
L
4
9
57
Loading weight
g
HT zone capacity×density (g/cm³)×1000 Remark:1L=1000cm³
IF power
Kw
80
100
150
Ultimate vacuum
Pa
20
Max.working temperature
℃
3200
3200
3000
Usual working temperature
℃
3000
3000
2800
Temperature uniformity
℃
±5
±5
±5
Working environment
/
Vacuum or Ar. Nitrogen atmosphere protection(micro positive pressure)
Furnace Configuration:
Control System: Optional 1-to-1 (one control cabinet for one furnace), equipped with Delta PLC for stable, intelligent operation.
Key standard & optional components:
Vacuum System: Integrated high-performance vacuum unit (including vacuum pump, valve group) to maintain stable vacuum environment during sintering.
Gas Purifier: High-efficiency gas purification equipment (optional) to filter impurities and ensure clean gas supply for atmosphere-controlled processes.
Cooling Tower: Optional cooling equipment to achieve efficient heat dissipation, ensuring stable operation of high-temperature components.
Temperature Measurement: Equipped with Raytek (US) infrared thermometer for real-time, accurate high-temperature monitoring (supports precise temperature control up to 3200℃).
Air Compressor: Optional auxiliary equipment to provide stable air supply for pneumatic components.
Feature Advantages:
Ultra-high 3200℃ temp for various materials
Fast heating (30min to 3000℃) saves time
Precise control (±5℃ uniformity) ensures stable results
Vacuum/Argon protection avoids material oxidation
After-sales Service:
We provide comprehensive after-sales support to ensure your equipment operates smoothly:
Warranty: 1-year warranty for core electrical components against manufacturing defects.
Lifetime Service: Lifetime technical support, including remote troubleshooting, maintenance guidance, and replacement part supply (charged for non-warranty parts).
Response Efficiency: 24-hour online consultation for urgent issues; on-site service (available globally) can be arranged based on your needs (travel costs extra).
.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
Business Type:
Manufacturer
Year Established:
2014
Employee Number:
50~200
Ecer Certification：
Verified Supplier
Founded in February 2014, engaged in high temperature heat treatment equipment area like sintering and graphitization heat treatment, semiconductor frequency conversion equipment and related non-standard equipment, industrial electric furnace, electronic products, computer software and hardware rese... Founded in February 2014, engaged in high temperature heat treatment equipment area like sintering and graphitization heat treatment, semiconductor frequency conversion equipment and related non-standard equipment, industrial electric furnace, electronic products, computer software and hardware rese...
