With our broad expertise across areas including advanced manufacturing, elastomers, silicone and medical device manufacturing, Romar Engineering is uniquely positioned to provide tailored and robust manufacturing solutions.
We’ve recently added to our capability with in-house tensile testing. This process is essential to measure material performance, verify processing conditions and ensure projects effectively meet Australian Government ASTM and ISO standards.
Tensile testing is crucial for the development of high-performance materials in sectors such as aerospace, medical, mining and defence.
Most Australian manufacturers rely on external tensile testing. With in-house testing capability, we’re equipped to streamline and enhance our material selection and processing development, design for manufacture and commercial manufacture processes – thanks both to the technology, and our skilled engineers who can make meaningful sense of the data, to formulate enhanced customer solutions.
Tensile testing is a performance test used to measure mechanical properties such as tensile strength, yield strength and ductility. With tensile testing, we analyse how a material performs under load and the amount of force required to reach point of fracture.
By analysing stress and strain data, we can measure material behaviour in various processing conditions. We employ tensile testing to gauge properties including:
The Romar Engineering team conducts tests in accordance with global ASTM and ISO standards, with testing and measuring procedures dependent on the material under investigation and its intended application.
Tensile testing is crucial to help avoid costly and potentially dangerous equipment or part failure.
In the event of component failure, tensile testing is often used in combination with metallography to investigate failure conditions. It also provides us with valuable data on material properties, which we use in the development of our bespoke metal additive process parameters and custom elastomer formulations.
Tensile testing has a variety of uses, including:
At Romar, we use tensile testing to identify potential material flaws and weaknesses prior to manufacture, to optimise structural and functional integrity, and to ensure the material meets the original project aim.
By moving tensile testing in-house, we’re streamlining the material selection and design for manufacture processes, ensuring they are timely and cost-efficient.
By adding to our in-house capability, our expert engineers can oversee every stage of our manufacturing process for optimal quality, efficiency and performance.
Romar has remained a leader in Australian manufacturing for over 50 years by investing in world-leading expertise and niche technology and by staying abreast of new IT directions.
Our new tensile testing capability adds to our world-class facilities and extensive laboratory testing processes, which also include rheological testing, durometer hardness testing, Vickers hardness testing and surface finish testing.
The Romar team is committed to innovative and robust manufacturing solutions for every customer.
Please read more industrial manufacturing news, and contact us to discuss your project.
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