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Textile lifting sling | Adjustable 3-strand sling
The customer's problem / challenge:
In the aeronautics and construction sectors, many lifting operations involve heavy loads and can take place in environments with high temperatures, particularly near hot spots on specific worksites (work on industrial installations, certain types of construction...).
Traditional lifting solutions may then present limitations in terms of heat resistance or the flexibility required for certain lifting configurations.
The customer was looking for a lifting solution that was both highly resistant, adaptable to various load shapes, and capable of withstanding high temperatures without degrading its safety performance.
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Description
The Nodus Factory Solution brought:
Nodus Factory Industry proposed a customized textile lifting sling, specially designed to meet these constraints.
This sling combines the use of cutting-edge technical fibers: Dyneema® for structural strength and Technora® for its remarkable temperature resistance. Made from tubular braid, it offers the flexibility needed to adapt to different lifting configurations (single, double or triple strand) while guaranteeing a high Maximum Working Load (MWL), tailored to the customer's needs.
This sling combines the use of state-of-the-art technical fibers: Dyneema® for structural strength and Technora® for remarkable temperature resistance.
The smartlink EE range of wireless load cells / tension transducers is designed for pin-to-pin or eye-to-eye (ee) attachments commonly found in lifting, handling and towing applications.
This product is: Compliant with Machinery Directive 2006/42/CE
In the aeronautics and construction sectors, many lifting operations involve heavy loads and can take place in environments with high temperatures, particularly near hot spots on specific worksites (work on industrial installations, certain types of construction...).
Traditional lifting solutions may then present limitations in terms of heat resistance or the flexibility required for certain lifting configurations.
The customer was looking for a lifting solution that was both highly resistant, adaptable to various load shapes, and capable of withstanding high temperatures without degrading its safety performance.