SAFETY SOLUTIONS
Bollards
The elastic deformation of the rubber allows a gradual deceleration when the impact is generated, thus avoiding the transmission of energy to the supporting structure, which is so low that it does not present any deflection.
Technical Specification - Bollards
Protection Height: Up to 39"/100cm
Length: According to the requirement
Range of temp: -20ºC to 70ºC
Finish: Yellow electrostatic paint
Anchor type: 1/2" x 4 1/4" anchor bolt (4 X base)
Materiality: ASTM A36 Steel / NR Rubber
Impact Absorpstion
The elastic deformation of the rubber allows a gradual deceleration when the impact is generated, thus avoiding the transmission of energy to the supporting structure, which is so low that it does not present any deflection.
Thanks to the 3D computerized FEA (Finite Element Analysis) Models and the empirical experience of more than 10 years of real tests in the market, ENNAT has optimized the performance of it's products, increasing their performance and protection.
Deflection through rotation
The elastic deformation of the rubber allows a gradual deceleration when the impact is generated, thus avoiding the transmission of energy to the supporting structure, which is so low that it does not present any deflection.
They combine the strength of metal with the shock absorption of rubber and the rotational mobility of protection. Absorbing the impacts and redirecting the machinery.
CHECK OUT THE LATEST VIDEO OF OUR INSTALLATION TEAM
Installation of the ENNAT products
The modular construction and design allows for a simple and quick install that can added to any warehouse or industrial setting. Our team of installers at Checkpoint Group are WSIB certified and experienced in all aspects of industrial storage.
To lean more about our installation process and availability, schedule a call with one of our experts who can advise you accordingly.
185+
COMPANIES INSTALLED
2013
FOUNDED
100+
COUNTRIES SERVED
15
PRODUCTS
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The elastic deformation of the rubber allows a gradual deceleration when the impact is generated, thus avoiding the transmission of energy to the supporting structure, which is so low that it does not present any deflection.
Thanks to the 3D computerized FEA (Finite Element Analysis) Models and the empirical experience of more than 10 years of real tests in the market, ENNAT has optimized the performance of it's products, increasing their performance and protection.
