Technical Library
TextureJet Resources
You can download more information about the TextureJet process and Electrochemical Jet Machining here:
TextureJet 2025
Applications and
Technology
Brochure
Nearly 200 years ago, Michael Faraday formulated the law of electrolysis. The cutting-edge technology we utilise today is rooted in those foundational...
Elevating precision with
next generation
edge finishing
technology
In this paper, TextureJet explores the use of its innovative localized electrochemical-jet machining Stat® technology...
TextureJet Technology Assessment - Environmental and business study of TextureJet’s technology
This study compared the novel Surface Texture Adjustment Technology (STAT)® (hereafter referred to as STAT) against three legacy technologies...
Knowledge hub
Wear 2017 - Tribological behaviour of an electrochemical jet machined textured Al-Si automotive cylinder liner material
This paper investigates the use of Electrochemical Jet Machining to surface texture a hyper-eutectic Al-Si cylinder liner material. Samples were lapped to a 6 μm finish followed by immersion in 1 mol NaOH to expose the primary...
Controlling the Adhesion of Superhydrophobic
Surfaces Using Electrolyte
Jet Machining
Techniques
Patterns with controllable adhesion on superhydrophobic areas have various biomedical and chemical applications. Electrolyte jet machining technique (EJM), an electrochemical machining method, was firstly exploited in...
Wear 2019 - Influence of contact area on the sliding friction and wear behaviour of an electrochemical jet textured
Al-Si alloy
Environmental legislation continues to drive optimisation of internal combustion engines in the automotive sector in an e effort to reduce harmful emissions and promote fuel efficiency. Significant frictional losses occur at the ring pack...
Energy distribution modulation by mechanical design for electrochemical jet processing techniques
The increasing demand for optimised component surfaces with enhanced chemical and geometric complexity is a key driver in the manufacturing...
Electrochemical jet processing for skeletal implant surfaces demonstrating enhanced stem cell differentia
Large-area, non-deterministic micro-structuring of biomedical implant surfaces has been shown to elicit favourable cell responses. Chemical etching...
Electrochemical Jet Machining of Surface Texture: Improving the Strength of Hot-Pressure-Welded AA6061-CF/PA66 Joints
Abstract: Diverse industries are witnessing an increase in demand for hybrid structures of metals and carbon-fiber-reinforced thermoplastic...
Precision enhanced electrochemical
jet processing
Through electro-physical modification of the electrode gap in electrochemical jet techniques, precision has been shown to be greatly increased...
A new sustainable approach to metal surface preparation for bonding applications
In this paper, TextureJet introduces its innovative and unique STAT system that uses electrochemical-jet machining to alter the surface texture of components...
Case Studies
Case Study – Surface Treatment
Case Study – Leather Finish
Case Study – JETWRITE
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