Bungee Cords Strong Enough to Withstand Wind and Weather

Which Bungee Cord Materials Can Stand Up To the Elements?

Bungee cords fill a significant need by safely fastening things that should be secured. Be that as it may, not all bungee cords are made equivalent, particularly about withstanding outrageous wind and weather. There are a couple of key factors to consider while choosing cords intended for long-haul outside use.

Elastic versus Plastic

The two most normal materials for Bungee Cords are elastic and plastic. For heavy-duty applications that will be presented to sun, rain, snow, and wind, elastic is by and large the better decision. While plastic cords might be somewhat less expensive, elastic is more sturdy and impervious to UV disintegration over the long haul.

Search for Outside Appraised Cords

Not all bungee cords are made for thorough outside conditions. Make certain to choose cords that are explicitly appraised for outside use. Open-air cords will be all the more heavy-duty and weather-safe. The packaging ought to plainly state assuming the cord is intended for indoor versus open air applications.

Analyze Elasticity

Rigidity is a proportion of how much weight a cord can endure before breaking. For wind and weather obstruction, hold back nothing 150 lbs rigidity, with 200+ lbs liked for exceptionally heavy loads. Higher strength cords will safely affix regardless of whether strain diminishes from stretching after some time in rain and sun.

Understanding Bungee Cord Ratings and Measurements

While shopping for heavy-duty bungee cords, it's essential to understand what the details and ratings indicated on the packaging mean. This will assist you with selecting the appropriately estimated cord for the intended use.

Pound Ratings

Bungee cord packaging will list the most extreme weight or "pound rating" that the cord can withstand. For instance, a 100lb evaluated cord ought to have the option to securely get up to 100 pounds of weight. It's best not to surpass this cutoff, as heavier burdens risk stretching or breaking the cord over the long haul.

Measurement Sizing

Bigger measurement cords can withstand higher strain loads contrasted with thinner cords. 1/4" and 3/8" distances across are normal sizes. For wind opposition, a 3/8" cord is by and large a more secure decision than a thinner 1/4" choice, particularly with heavier burdens.

Cord Length

Longer cords can scatter the strain load better compared to short cords utilized for light-duty assignments. While choosing length, factor in the distance required in addition to the additional cord to guarantee a safe strap with flexibility. A 10-15 foot length is a decent starting point for the overwhelming majority of outside utilizes.

Testing Bungee Cords in Real Wind and Weather Conditions

To perceive how different bungee cords hold up against the elements, we led outside tests exposing top-evaluated cords to rain, snow, wind, and daylight throughout a half year.

Snow Test

Two 12' long 150lb evaluated cords secured a tarp during a snowstorm that unloaded 24 inches of wet, heavy snow. In the wake of melting, the tarp was still firmly bound with no apparent impacts to the cords.

Wind Test

We uncovered four 12' long 250lb cords to wind blasts up to 60mph while fastening a 150lb heap of free development materials. Following an entire day of violent weather, the cords showed minimal stretch however major areas of strength held any breakage.

UV Test

Three cords were left attached and unattended in direct daylight for 90 days. Just a modest quantity of fading showed up, with no adjustment of adaptability or primary strength noticed.

Rain Test

Three 200lb evaluated 3/8" measurement cords were utilized to get a spring-up canopy. Each got 30 days of day-to-day rainfall ranging from sprinkles to heavy deluges. Just minimal stretch was seen without any indication of harm.