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Air Jet Erosion Tester

Get a quote:

Whats/App: +86 181 0160 0864

Web: gellowen.co.uk

The Air Jet Erosion Tester is a controlled gas-driven erosion testing system designed to evaluate the erosion resistance of materials and coatings under repeated particle impact. By accelerating abrasive particles using a high-velocity gas stream and exposing specimens to controlled temperature conditions up to 900 °C, the tester simulates realistic erosion environments. With closed-loop temperature control, adjustable impact angles, and precise particle velocity measurement, the system enables accurate and repeatable erosion performance evaluation across a wide range of applications.

Application

The Air Jet Erosion Tester is used to assess erosion behavior by exposing materials to abrasive particles of varying size, shape, temperature, and impact velocity.

Typical application scenarios and tested products include:

Aerospace materials and coatings: erosion and wear resistance evaluation

Metallic materials: gas-borne particle erosion performance

Polymer materials: erosion resistance under particle impact

High-temperature coatings: durability under thermal and erosive environments

Structural materials subjected to particulate flow conditions

Standards

The Air Jet Erosion Tester complies with internationally recognized erosion testing standards, including:

(1) ASTM G76 – Standard Test Method for Conducting Erosion Tests by Solid Particle Impingement Using Gas Jets

(2) ASTM G211 – Standard Test Method for Conducting Elevated Temperature Erosion Tests by Solid Particle Impingement Using Gas Jets

Parameters

ParameterSpecification
Maximum temperature Up to 900 °C
Temperature control Closed-loop PID temperature control
Particle velocity 30–200 m/s (optional ranges available)
Erodent feed rate 1–10 g/min (optional ranges available)
Particle hopper capacity Up to 3 L (optional ranges available)
Impact angles 15°, 30°, 45°, 60°, 90°
Velocity measurement Closed-loop high-speed dual-disc system
Positioning system Automated positioning stage
Erodent types Multiple particle sizes available


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