NT-Tina

Nuotian in Chongqing 🇨🇳

Two days at the 2026 China Chongqing High-Tech and Advanced Intelligent Manufacturing Industry Expo, October 16–17.

Staying connected with the industry. Following new developments. Continuing to advance high-temperature furnace solutions for advanced materials.

A few moments from the event.

#NuotianTechnology #AdvancedManufacturing #AdvancedMaterials #IndustrialFurnace #Chongqing

Skip the Carousel

1 2 3 4

5 hours ago |[YT] | 0

NT-Tina

Nuotian in Chongqing 🇨🇳

Two days at the 2026 China Chongqing High-Tech and Advanced Intelligent Manufacturing Industry Expo, October 16–17.

Staying connected with the industry. Following new developments. Continuing to advance high-temperature furnace solutions for advanced materials.

A few moments from the event.

#NuotianTechnology #AdvancedManufacturing #AdvancedMaterials #IndustrialFurnace #Chongqing

Skip the Carousel

1 2 3 4

5 hours ago |[YT] | 0

NT-Tina

Nuotian in Chongqing 🇨🇳

Two days at the 2026 China Chongqing High-Tech and Advanced Intelligent Manufacturing Industry Expo, October 16–17.

Staying connected with the industry. Following new developments. Continuing to advance high-temperature furnace solutions for advanced materials.

A few moments from the event.

#NuotianTechnology #AdvancedManufacturing #AdvancedMaterials #IndustrialFurnace #Chongqing

Skip the Carousel

1 2 3 4

5 hours ago |[YT] | 0

NT-Tina

What Happens When WC Meets Cr₃C₂ at 1250°C? 🔥

A recent thermal processing trial at NOTIAN explored a combination of tungsten carbide (WC) and chromium carbide (Cr₃C₂) powders.

Test conditions:

Furnace: 54 L graphite resistance furnace

Processing temperature: 1250°C

Materials: WC + Cr₃C₂ powders

Every material combination brings its own processing considerations. Temperature, atmosphere and holding conditions all matter when developing a suitable thermal process.

At NOTIAN, we use practical trials to explore thermal processing requirements for advanced materials.

Real materials. Practical testing. Process exploration.

#TungstenCarbide #ChromiumCarbide #ThermalProcessing #MaterialTesting #GraphiteResistanceFurnace #NOTIAN

Skip the Carousel

1 2 3 4

5 days ago |[YT] | 0

NT-Tina

Connecting with the Advanced Ceramics Industry | Pingxiang, China

On October 10, Nuotian Technology participated in the 2026 Advanced Ceramics Industry Chain Exchange Conference in Pingxiang, Jiangxi, China.

As advanced ceramics continue to evolve, reliable high-temperature processing plays an important role in material development and production.

At Nuotian, we focus on high-temperature furnace solutions for advanced materials, including ceramic sintering and other demanding thermal processes.

We value opportunities to stay connected with industry developments and gain a deeper understanding of the evolving needs of advanced material manufacturers.

📍 Pingxiang, Jiangxi, China

#AdvancedCeramics #CeramicSintering #HighTemperatureFurnace #NuotianTechnology

Skip the Carousel

1 2

1 week ago |[YT] | 0

NT-Tina

Material Spotlight | Tantalum (Ta)
A refractory metal built for extreme conditions.
Tantalum is known for its:
• Extremely high melting point
• Excellent corrosion resistance
• High-temperature stability
• High purity in demanding applications
From semiconductor and chemical processing to high-temperature and vacuum applications, tantalum requires carefully controlled thermal processing.
NOTIAN Thermal Processing
Our furnaces have been used to process tantalum materials under high-temperature conditions.
For refractory metals such as tantalum, furnace design, atmosphere control and temperature uniformity are critical to the process.
Real material. Real furnace. Real thermal processing experience.
#MaterialSpotlight #Tantalum #RefractoryMetals #ThermalProcessing #HighTemperatureFurnace #NOTIAN

1 week ago |[YT] | 0

NT-Tina

How Uniform Is the Temperature Inside a Hot Press Mold?
Temperature uniformity matters — especially when the material is processed under pressure at high temperature.
We recently carried out a temperature uniformity test inside the mold of a hot press furnace.
Test conditions:
• Hot zone: φ400 × H500 mm
• Set temperature: 1200°C
• Measurement points: 10
• Measurement layers: 3
Test results:
• Horizontal uniformity: ΔT ≤ 3°C
• Vertical uniformity: ΔT ≤ 5°C
The measurement rings were positioned directly inside the mold to evaluate temperature distribution across different positions and heights.
Real test. Real data. Real processing zone.
At NOTIAN, we focus not only on reaching high temperatures, but also on controlling the temperature where the material is actually processed.
#HotPressFurnace #TemperatureUniformity #ThermalProcessing #HighTemperatureFurnace #FurnaceTesting #NOTIAN

Skip the Carousel

1 2 3

2 weeks ago |[YT] | 0

NT-Tina

Material Spotlight | Semi-Insulating Silicon Carbide (SI-SiC)

High Resistivity. High Temperature. High Performance.

Semi-insulating silicon carbide combines the inherent thermal and chemical stability of SiC with high electrical resistivity, making it an important material for demanding semiconductor and high-frequency applications.

Its applications include:

• Semiconductor substrates
• RF / microwave devices
• GaN-on-SiC applications
• Power electronics
• High-frequency electronic devices

But processing SI-SiC is not simply about reaching a high temperature.

For powder-based components, debinding is an important first step before high-temperature sintering. A typical process may involve controlled binder removal at around 1000°C, followed by high-temperature sintering under a controlled atmosphere.

Key processing considerations include:

• Controlled debinding — gradual binder removal to reduce defects and cracking
• High-temperature sintering — stable heating for densification and material performance
• Atmosphere control — maintaining the required vacuum or inert environment
• Temperature uniformity — supporting consistent sintering throughout the work zone
• Controlled cooling — reducing thermal stress after high-temperature treatment

NOTIAN Recommended Solution：

For SI-SiC processes involving debinding and high-temperature sintering, NOTIAN recommends Graphite Resistance Sintering Furnaces.

Our furnace solutions can be configured for:

✔ Controlled debinding and multi-stage heating programs
✔ High-temperature sintering
✔ Vacuum / inert gas atmosphere control
✔ Precise temperature control and uniformity
✔ Customized furnace configurations according to material and process requirements

From controlled debinding to high-temperature sintering, the right thermal process is essential for advanced SiC materials.

#MaterialSpotlight #SemiInsulatingSiC #SiC #SiliconCarbide #AdvancedMaterials #Semiconductor #GaNonSiC #Sintering #Debinding #SinteringFurnace #GraphiteResistanceFurnace #HighTemperatureProcessing #ThermalProcessing #NOTIAN

3 weeks ago (edited) |[YT] | 0

NT-Tina

We recently carried out a thermal processing trial using customer-supplied WC + Cr₃C₂ powders in our 54 L graphite resistance furnace.

1250°C. One furnace. Real material.

At NOTIAN, we keep exploring how advanced materials respond to different thermal processing conditions — and how the right furnace can make the difference.

#MaterialTesting #TungstenCarbide #ChromiumCarbide #WC #Cr3C2 #ThermalProcessing #NOTIAN

Skip the Carousel

1 2 3 4 5

1 month ago |[YT] | 0

NT-Tina

Material Spotlight | Transparent Alumina (Al₂O₃)
High Purity. High Temperature. High Precision.
Transparent alumina is a high-performance ceramic known for its excellent electrical insulation, thermal stability, chemical resistance, and high purity.
These properties make it suitable for demanding applications, including semiconductor equipment components, ceramic substrates, insulating parts, and other precision components.
But achieving high-quality transparent alumina requires precise control of the sintering process.
High sintering temperature, ultra-high purity, low porosity, grain growth, and atmosphere control can all have a significant impact on the final ceramic performance.
A Real High-Temperature Processing Requirement
For transparent alumina applications, sintering conditions can reach approximately 1870°C, with demanding requirements for high vacuum and hydrogen atmosphere control.
NOTIAN Thermal Processing Solution
For this type of high-temperature ceramic process, NOTIAN recommends a high-temperature vacuum furnace with controlled hydrogen atmosphere.
Our furnace solutions can provide:
✔ High-temperature sintering up to 1870°C+
✔ High-vacuum processing
✔ Controlled hydrogen atmosphere
✔ Tungsten crucible configuration for ultra-high-temperature applications
✔ Precise temperature and process control
✔ Customized furnace design according to material and process requirements
From advanced ceramics to semiconductor equipment components, NOTIAN develops customized thermal processing solutions for demanding high-temperature applications.
Material Spotlight is our ongoing series exploring advanced materials and the thermal processing technologies behind them.
#MaterialSpotlight #TransparentAlumina #Alumina #AdvancedCeramics #Semiconductor #CeramicProcessing #VacuumFurnace #HydrogenSintering #HighTemperatureFurnace #ThermalProcessing #AdvancedMaterials #NOTIAN

1 month ago |[YT] | 0