Advanced Composites Engineer have extensive experience in the manufacture and design of tubular composite components developed for use in a range of specialised industrial applications; including Lightweight Industrial Tubing, Composite Lifting Equipment and even Telescopic Tubing Sets.
Our team has developed extensive technical knowledge unrivalled experience in the use of woven and multi directional fibre composites and as a result we are able to advise our clients on the suitability of a wide range of resin matrices. In the majority of cases cases, the introduction of composite fibre tubes is used to replace metal components – the unique benefits of these composites enable the new components to delver enhanced performance and significant savings in weight.
Our design service brings with it over 40 years’ unrivalled experience in the design and manufacture of these specialised composite fibre tubes. We utilise the very latest engineering techniques including finite element analysis (FEA) and the company’s recent ISO 9001:2015 accreditation is testament to our ongoing commitment to deliver the most consistent product and highest quality performance every time.
In addition – Advanced Composites Engineering is able to offer our clients virtually limitless finishing and painting options to meet your geometric tolerance and also satisfy aesthetic appearance requirements.
Frequently Asked Questions
Composite tubes are lightweight, high-strength tubular components made from woven and multi-directional fiber composites. They replace traditional metal components while delivering enhanced performance and significant weight savings.
Common applications include lightweight industrial tubing, composite lifting equipment, telescopic tubing sets, and specialized industrial components across various sectors.
Composite tubes typically offer 50-70% weight reduction compared to equivalent metal components while maintaining or exceeding strength requirements.
Multiple resin systems are available including epoxy, vinyl ester, and polyester matrices, selected based on specific application requirements like chemical resistance and operating temperatures.
Yes, we offer comprehensive design services with over 40 years of experience, utilizing finite element analysis (FEA) and advanced engineering techniques for custom solutions.
Our facility maintains ISO 9001:2015 accreditation, ensuring consistent product quality and highest performance standards for all composite components.
Yes, we provide precision manufacturing with custom finishing and painting options to meet exact geometric tolerances and aesthetic requirements.
We utilize woven and multi-directional fiber composites including carbon fiber, glass fiber, and hybrid configurations optimized for specific load requirements.
Telescopic tubing sets feature nested composite tubes that extend and retract, providing variable length solutions for lifting, positioning, and access equipment.
Composite materials offer superior corrosion resistance compared to metals, eliminating rust and degradation in harsh chemical or marine environments.
Yes, composite lifting equipment is engineered to meet or exceed load requirements while providing significant weight advantages for improved handling and reduced structural demands.
Composite tubes typically provide 20-30+ year service life in industrial applications due to their resistance to fatigue, corrosion, and environmental degradation.
We employ finite element analysis (FEA), material testing, load testing, and comprehensive quality control procedures to ensure reliable performance.
Yes, most metal tube systems can be retrofitted with composite alternatives, often with improved performance and reduced maintenance requirements.
