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BS EN 1090 Compliant Silos
Compliance with industry standards is crucial for ensuring both safety and performance. At Franklin Hodge, we manufacture BS EN 1090 compliant silos that meet the rigorous requirements for the execution of steel and aluminium structures, including BS EN 1090-1:2009+A1:2001. Our commitment to these standards ensures that every silo we produce is structurally sound, durable, and suitable for use in demanding commercial and industrial environments.
Are Franklin Hodge Silos Manufactured to BS EN 1090?
Yes, Franklin Hodge silos are manufactured in compliance with BS EN 1090-1:2009+A1:2001, the European standard for the execution of steel and aluminium structures. This guarantees that all materials, fabrication, and installation processes meet the highest quality and safety standards, ensuring structural integrity and performance for the long term.
By adhering to BS EN 1090, we offer a proven system for manufacturing steel and aluminium silos that are built to last, capable of withstanding extreme environmental conditions, heavy-duty use, and rigorous operational demands.
What Does BS EN 1090 Compliance Mean for Your Silo?
BS EN 1090 compliance ensures that our silos meet EU and UK regulations for the design and construction of steel structures, including:
- Material traceability – Every component of the silo is sourced from certified suppliers, ensuring consistency and quality.
- Fabrication control – Rigorous testing and quality checks are carried out at every stage of production to guarantee precision.
- Structural integrity – All silos are designed to withstand extreme conditions, from heavy loads to varying weather patterns.
- Certification for safety – BS EN 1090 compliance means that Franklin Hodge silos meet EU safety standards for industrial applications, reducing the risk of failure during operation.
Our BS EN 1090 certification assures you that your silo is safe, reliable, and compliant with both national and international regulations.
Why Choose BS EN 1090 Compliant Silos From Franklin Hodge?
As a company, Franklin Hodge understands the importance of quality and safety in every aspect of silo manufacturing. The BS EN 1090 certification gives you confidence that the silos you’re investing in are:
- Durable – Designed for longevity, able to withstand tough conditions in agricultural and industrial environments.
- Reliable – Built to meet the operational demands of grain handling, bulk material storage, and more.
- Safe – Meeting safety standards to reduce operational risks.
- Legally compliant – Compliant with the highest EU and UK standards for steel and aluminium structures.
The BS EN 1090 certification sets Franklin Hodge silos apart by ensuring they are engineered to the highest technical specifications.
Trust Franklin Hodge for Your Compliant Silo Needs
Whether you are in agriculture, food processing, or any industry that requires large-scale storage, Franklin Hodge BS EN 1090 compliant silos provide the secure and reliable solution you need. Our engineering team is committed to maintaining high standards of manufacturing and design, providing you with a product that meets all relevant quality and safety regulations.
FAQs
Are Franklin Hodge silos manufactured to BS EN 1090?
Yes, all Franklin Hodge silos comply with BS EN 1090-1:2009+A1:2001, the European standard for steel and aluminium structures.
What does BS EN 1090 compliance ensure for silos?
It guarantees that the silos meet EU and UK standards for quality, structural integrity, and safety in industrial applications.
Are Franklin Hodge silos suitable for all industries?
Yes, our BS EN 1090 compliant silos are used in a range of industries, including agriculture, food processing, and bulk material storage.
Can I customise a BS EN 1090 compliant silo for my specific needs?
Yes, Franklin Hodge offers customisable silo solutions to meet your operational requirements, including capacity, discharge, and access features.
How can I verify the quality of my BS EN 1090 silo?
Each silo comes with full documentation detailing compliance and testing results, so you can be assured of its structural integrity.