Hannecard Roller Coatings, Inc - ASB Industries Logo Hannecord Logo
RFQ

Get a Quote Contact Us

Hannecard - ASB: Innovative Industrial Coating Services

Our coating services can dramatically improve your equipment’s performance and extend its working life. We offer turnkey thermal spray and cold spray coatings, as well as secondary services like welding, machining, and grinding, to give our customers finished, ready-to-use treated parts.

With decades of experience in identifying the causes of wear, we can adapt our thermal spray and cold spray surfacing technologies to best address the needs of your application.

 

First-Class Industrial Coating Services

With advanced equipment, a skilled staff of thermal sprayers and machinists, and extensive machining and grinding capabilities, Hannecard - ASB can provide unique thermal spray and cold spray solutions for extreme wear, high-temperature barriers, and all-encompassing part repair.

Our in-house, turnkey industrial coating services will give your equipment extended service life by meeting or exceeding original equipment designs. Submit your project or contact us today!

Aug 15, 2017

ADDITIVE MANUFACTURING BY COLD SPRAY TECHNOLOGY


Book that Charles Kay Helped Write about High Pressure and Cold Spray Applications

Dr. J. karthikeyan will be Keynote Speaker at the AFTMME 2017 to be held from 2nd to 4th November, 2017 at SUS Group of Institutes in Tangoria, India--

 

Category: Current News
Posted by: charlie

ADDITIVE MANUFACTURING BY COLD SPRAY TECHNOLOGY J. Karthikeyan and C.M. Kay ASB Industries Inc., Barberton, OH-44203, USA

Additive manufacturing has become the most sought after technique at present for producing and retrieving high tech parts and components. Cold spray process uses a supersonic particle jet to consolidate powder particles into high quality coatings and sprayed free forms. Cold-sprayed coatings are formed by solid state plastic deformation of sprayed particles and hence these coatings have compressive rather than tensile stresses, wrought-like microstructure, near theoretical density, oxides and other inclusions-free coatings. Moreover, cold spray process allows large throughput of powder, resulting in a high particle density beam and high deposition rate (DR). Also, cold spray process has a high deposition efficiency (DE), leading to very high material buildup. Using multiple powder hoppers or pre-blended powders, cold spray can produce multi-compositional and graded structures. Fundamental requirements of the Additive Manufacturing (AM) process are (i) high quality layers, (ii) fast (high DR) and flexible material processing, (iii) adaptability of the process for CAD/CAM Robotic processing and (iv) economical (high DE) processing of material.

Since cold spray process satisfies all these requirement, it has become one of the most sought after AM technique in both R&D and industry. Cold spray AM technique has been used in both production of ultrathick layers for repair/refurbishment of mis-machined and service-damaged parts as well as for the fabrication of features and near net shapes (NNS) of parts and components. Cold spray scientists have been involved in development of many applications in various high tech industries including aerospace, nuclear, power generation, etc. Unfortunately, most of these applications are proprietary and are not reported in open literature. Only a few applications have been presented in open literature and this presentation discusses some of the applications that have been developed.

Featured Applications
  • Ceramic Seal Surface Rebuild and Protection
    Ceramic Thermal SpraySeal surfaces on rotating components may require a wear resistant surface against a seal material made of rubber, composite or metal ring to function in a multitude of applications. Corrosive, hard particles or friction along with--

    ASB Internal Study on Carbide Spray Materials

    Powder Study

    Materials  ASB purchases from suppliers is a key to providing a quality coating. Besides coating quality, there are other factors including surface finish results, material transformation through the thermal spray process and efficiency of material being depoisited.  The following is a study---


News