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Tecnar Thermal Spray
  • Why spray sensors
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    • Accuraspray 4.0 – Thermal SprayThe Accuraspray 4.0 is an in-line thermal spray sensor that measures the spray plume temperature, velocity, dimension, orientation, intensity and stability. One sensor for all spray processes: APS, HVOF, Wire-Arc, Flame Spray, HVAF, SPS, VPS, LPPS, PTWA.
    • Accuraspray CS – Cold SprayThe Accuraspray CS is a production friendly cold spray sensor that measures in-flight particle velocity and feed rate.
    • Shotmeter – Shot peeningThe Shotmeter is an in-line shot peening sensor that measures in-flight particle velocity. This is an easy-to-use sensor to monitor daily, equipment status, quality control, process development, and setup transfer.
  • Reseach
    • DPV EvolutionThe DPV Evolution is the industry’s standard for understanding the details of in-flight particle dynamics. It measures the velocity, temperature and size for individual particle.
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    • Northwest Mettech Corp. – Accuraspray 4.0Leader in developing thermal spray technology for use in the aerospace, paper, printing and energy markets.
    • University of Nottingham – Accuraspray 4.0The University of Nottingham has led research in advanced material development and thermal sprayed coatings for 7 years.
    • Flame Spray Technologies BV – Accuraspray 4.0/PlumespectorWith over 25 years of experience, FST provides equipment, consumables and solutions for all major thermal spray processes.
    • Surface & Coatings Expert sarl – Accuraspray 4.0Having been in the thermal spray community for 7 years, they frequently use Tecnar’s sensors to provide technical services to their clients.
Contact us
Contact us
  • Why spray sensors
  • Production
    • Accuraspray 4.0 – Thermal SprayThe Accuraspray 4.0 is an in-line thermal spray sensor that measures the spray plume temperature, velocity, dimension, orientation, intensity and stability. One sensor for all spray processes: APS, HVOF, Wire-Arc, Flame Spray, HVAF, SPS, VPS, LPPS, PTWA.
    • Accuraspray CS – Cold SprayThe Accuraspray CS is a production friendly cold spray sensor that measures in-flight particle velocity and feed rate.
    • Shotmeter – Shot peeningThe Shotmeter is an in-line shot peening sensor that measures in-flight particle velocity. This is an easy-to-use sensor to monitor daily, equipment status, quality control, process development, and setup transfer.
  • Reseach
    • DPV EvolutionThe DPV Evolution is the industry’s standard for understanding the details of in-flight particle dynamics. It measures the velocity, temperature and size for individual particle.
  • Spraying intelligence
  • Testimonials
    • Northwest Mettech Corp. – Accuraspray 4.0Leader in developing thermal spray technology for use in the aerospace, paper, printing and energy markets.
    • University of Nottingham – Accuraspray 4.0The University of Nottingham has led research in advanced material development and thermal sprayed coatings for 7 years.
    • Flame Spray Technologies BV – Accuraspray 4.0/PlumespectorWith over 25 years of experience, FST provides equipment, consumables and solutions for all major thermal spray processes.
    • Surface & Coatings Expert sarl – Accuraspray 4.0Having been in the thermal spray community for 7 years, they frequently use Tecnar’s sensors to provide technical services to their clients.
  • Product registration
  • Ressources
    • Accuraspray 4.0
    • Accuraspray CS
    • DPV Evolution
    • Coldspray Meter
    • Plumespector
    • Shotmeter
    • Reseach Discount
  • Video
  • Library
  • EN
    • 简体中文

Category: DPV

Influence Of HVOF Parameters On Hap Coating Generation: An Integrated Approach Using Process Maps

Posted on January 25, 2019 (April 4, 2024) by Flavia FU

The first-of-its-kind use of the active learning (AL) framework in thermal spray is adapted to enhance the prediction accuracy of […]

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Posted in DPV

Study on Stainless Steel 316L Coatings Sprayed by High Pressure HVOF

Posted on January 25, 2014 (November 6, 2023) by Flavia FU

The High-Velocity Oxy-Fuel (HVOF) technology has been widely used to deposit cermet, metals, and alloy coatings. However, the high temperature […]

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Posted in DPV

Engineering HVOF-Sprayed Cr3C2-NiCr Coatings: The Effect of Particle Morphology and Spraying Parameters on the Microstructure, Properties, and High Temperature Wear Performance

Posted on November 10, 2012 (April 15, 2024) by Flavia FU

Chromium carbide-based thermally sprayed coatings are widely used for high temperature wear applications (typical temperature range from 540 to 900 […]

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Posted in DPV

Engineering A New Class Of Thermal Spray Nano-Based Microstructures From Agglomerated Nanostructured Particles, Suspensions And Solutions: An Invited Review

Posted on December 15, 2011 (April 15, 2024) by Flavia FU

From the pioneering works of McPherson in 1973 who identified nanometre-sized features in thermal spray conventional alumina coatings (using sprayed […]

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Posted in Accuraspray, DPV

Improved Thermal Spray Consistency Via Plume Sensors -An Aerospace Perspective

Posted on January 30, 2009 (November 6, 2023) by Flavia FU

Plume Sensor Technology can assist the conventional thermal spray shop to improve process consistency and output for many different process […]

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Posted in Accuraspray, DPV

Pre-Oxidation And TGO Growth Behaviour Of An Air-Plasma-Sprayed Thermal Barrier Coating

Posted on May 15, 2008 (April 15, 2024) by Flavia FU

In thermal barrier coating (TBC) systems, spinel and nickel oxide formed in an oxidizing environment are believed to be detrimental […]

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Posted in DPV

Influence Of Particle Temperature And Velocity On The Microstructure And Mechanical Behaviour Of High Velocity Oxy-Fuel (HVOF)-Sprayed Nanostructured Titania Coatings

Posted on July 17, 2007 (April 15, 2024) by Flavia FU

Nanostructured titania feedstock powders were deposited via high velocity oxy-fuel (HVOF) spraying onto Ti–6Al–4V substrates. Using in-flight particle diagnostics, different […]

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Posted in DPV

Superior Performance of High-Velocity Oxyfuel-Sprayed Nanostructured TiO2 in Comparison to Air Plasma-Sprayed Conventional Al2O3-13TiO2

Posted on September 15, 2005 (April 15, 2024) by Flavia FU

Air plasma-sprayed conventional alumina-titania (Al2O3-13wt.%TiO2) coatings have been used for many years in the thermal spray industry for antiwear applications, […]

Read More…

Posted in DPV

Diagnostics For Advanced Materials Processing By Plasma Spraying

Posted on April 4, 2005 (April 4, 2024) by Flavia FU

Advanced coatings deposited by plasma spraying are used in a large variety of industrial applications. The sprayed coatings are employed […]

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Posted in Accuraspray, DPV

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Recent Posts

  • Advancing Shot Peening Quality Control With The Shotmeter: A Modern Approach To Intensity Measurement
  • AccurasprayHub: Leveraging AI and Machine Learning to Define and Optimize Process Windows in Thermal Spray Operations
  • The Role of HVAF Nozzle Design and Process Parameters on In-Flight Particle Oxidation and Microstructure of NiCoCrAlY Coatings
  • Investigation Of The Corrosion Performance Of HVOF-Sprayed WC-Cocr Coatings Applied On Offshore Hydraulic Equipment
  • Repair of Single-Crystal CMSX-4 Using the High Velocity Air Fuel Process

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