International
© Hunan Radiance Materials Co., Ltd.
10.02.2026

Electrodes and Nozzles for Plasma Spraying

Hunan Radiance Materials is one of more than 70 specialist exhibitors at ITSC – International Thermal Spray Conference and Exposition 2026 in Bangkok, Thailand. The company manufactures consumable components for plasma spray systems, focusing on the production of plasma spray electrodes and nozzles. The product range includes electrodes and nozzles manufactured from tungsten-based and copper-based materials, intended for application in atmospheric plasma spraying and related thermal spray technologies.

Manufacturing activities include material preparation, tungsten and copper back casting, precision machining and dimensional inspection. Technical development is mainly directed toward dimensional stability, material consistency and repeatability under industrial operating conditions. Attention is given to material selection and process control to support reproducible performance during plasma spraying. In addition, the company is involved in ongoing evaluation of material behavior and operating parameters for plasma spray components under different spray conditions.

The components are applied in thermal spray processes for functional coatings, including wear-resistant, corrosion-resistant and thermal barrier coatings. Typical application fields include aerospace, energy and general industrial manufacturing, where plasma spraying is used as a surface engineering technology. In addition to standard consumables, Hunan Radiance Materials participates in the technical evaluation and development of electrodes and nozzles for specific application requirements in cooperation with customers. The company will participate in ITSC 2026 as an exhibitor and plans to engage in technical exchange with equipment manufacturers, coating specialis and industry partners during the conference.

(Source: Hunan Radiance Materials Co., Ltd.)

Schlagworte

CoatingConsumablesElectrodesITSCPlasma Spray SystemsSurface EngineeringSurface TreatmentThermal Spray BulletinTSB

Verwandte Artikel

16.06.2026

Fraunhofer IFAM Develops HYTANK Technologies for Sustainable Mobility

Fraunhofer IFAM is developing resource-efficient manufacturing and joining technologies for large-scale, double-walled hydrogen tanks made of carbon fiber reinforced plas...

Automation Bonding Coating Coatings Joining Laser Lightweight Construction Plasma Polymer Pretreatment Robot Surface Treatment
Read more
Extreme high-speed Laser Material Deposition (EHLA) enables the additive deposition of functional surfaces with high precision and speed. This allows components to be efficiently coated, repaired, or manufactured with close-to-final-contour precision.
10.06.2026

Longer Service Life for Moulds and Tools

Manufacturing and maintaining die-casting tools professionally is crucial to the foundry industry: As one of the most expensive assets, these tools play a decisive role i...

AI Cladding CNC Coating Laser Cladding Laser Material Deposition LMD Materials and Laser Technology Steel Surface Treatment Surfacing Thermal Spray Bulletin TSB
Read more
08.06.2026

13th HVOF Colloquium 2026

The 13th Colloquium on High-Velocity Oxy-Fuel Spraying will take place on October 29 and 30, 2026, at the Stadthalle Erding, Germany. Event language is German and English...

Data Digitalisation Digitalization High Velocity Oxy Fuel Spraying Process Control Quality Assurance Research Sustainability Thermal Spray Bulletin Thermal Spraying TSB
Read more
07.06.2026

Laserspotmodulation soll Laser Cladding leistungsfähiger machen

Die GTV Verschleißschutz GmbH entwickelt im Forschungsprojekt „LC Modulation“ ein Verfahren zur gezielteren Schichtentwicklung. Im Mittelpunkt steht ein modulierbarer Las...

Beschichtungsverfahren Forschung Laserspot Laserstrahl Thermal Spray Bulletin Thermisches Spritzen TSB Verschleißschutz Wärmeeintrag
Mehr erfahren
03.06.2026

TWI sign MoU with Titomic

TWI has signed a memorandum of understanding (MoU) with cold spray additive manufacturing technology specialists, Titomic.

Coating Cold Spray Collaboration MoU Partnership Surface Treatment Surfacing Thermal Spray Bulletin Thermal Spraying TSB
Read more