Netting plays a vital role in manufacturing, mining, material handling and a wide range of demanding industrial applications. Barry offers an extensive selection of industrial netting, including knotless netting, for light, medium, heavy and extra heavy duty requirements.
Choose the netting category that best matches your load and application:
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Light Duty: 100 lb mesh strength, suitable for small loads
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Medium Duty: 300 lb mesh strength, suitable for medium loads
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Heavy Duty: 700 lb mesh strength, suitable for heavy loads
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Extra Heavy Duty: 700 lb mesh strength and above, suitable for very heavy loads
Barry netting systems are versatile and can be adapted to a wide variety of operating environments. Applications range from preventing small debris from falling from industrial conveyors and securing large concrete masses to supporting highly specialized projects.
Contact our team for help selecting the appropriate industrial netting system for your load, environment and performance requirements.
Industrial Knotless Netting
Our industrial knotless netting solutions can be used for debris containment, load control, lifting, stabilization and the protection of people or equipment. Each netting solution can be evaluated and adapted according to the application, required performance and operating conditions.
Custom Netting Solutions
Barry designs and manufactures netting systems for a diverse range of industrial applications. Whether a system is intended to protect people or equipment, lift or contain heavy loads, stabilize structures, or safely decelerate and stop moving masses, we work closely with you to develop the most appropriate solution.
We offer both custom-made and standard netting systems that can be adapted to your requirements and produced in small or large volumes.
For decades, Barry has developed extensive expertise through laboratory testing, on-site testing, performance evaluations and field experience across numerous industries. This combination of technical expertise and practical testing helps us address complex challenges involving containment, lifting, stabilization, deceleration and stopping while developing effective and cost-conscious solutions.
