Tarps provide an inexpensive and effective way to temporarily shelter materials, equipment, work areas, and more from damage caused by inclement weather. The heavy-duty nature of their construction, with reinforced seams and tie-down points, allows them to secure strongly in place through anchoring stakes, grommets, ropes, and poles through a wide range of weather conditions.
Characteristics of heavy-duty tarps
Some key characteristics that define heavy-duty tarps include:
Thick Materials
Thick materials such as vinyl-coated polyester and polyethylene fabrics have enhanced tear strength and puncture resistance over standard Black Tarpaulin.
Reinforced Construction
Reinforced construction around seams and tie-down points to avoid ripping or tearing when subjected to tension from anchoring systems.
UV Protection
UV protection is built into the materials to prevent degradation of properties from long-term sun exposure that could otherwise cause the tarp to deteriorate more quickly.
High Tensile Strength
High tensile strength across the surface of the tarp and reinforced tie-down points to withstand significant wind forces that may occur at worksites or industrial facilities.
Variety of Standard Sizes
A variety of standard sizes range from tarps that cover small machinery or stockpiles to extra-large tarps suitable for major civil works projects or massive stockpiles. Sizes may range from 10'x12' to 40'x100'+.
When are Heavy Duty Tarpaulins Used?
Heavy-duty tarps have many common applications at construction sites, mining operations, utility work, landfills, and other industrial settings where materials and equipment require weather protection:
Temporary Shelter During Work:
Erecting a tarp structure provides temporary covered areas where workers can take breaks, have lunch, or perform equipment maintenance out of the elements. This makes on-site conditions safer and more comfortable.
Dust and Debris Control:
Covering excavations, soil stockpiles, demolition waste, and other sources of airborne dust or debris helps contain these particles and control their spread which can be important for environmental and safety regulations.
Directing Water Runoff:
Installing Heavy Duty Tarpaulins UK on sloped surfaces directs rainfall and snowmelt in a controlled manner to avoid muddy conditions, erosion, or flooding other work areas. This is common on road construction projects.
Facilitating Stockpile Growth:
Laying Tarpaulins under new layers of piled materials such as mined coal or ore lets stockpiles expand upwards in a protected manner and prevents contamination.
Protecting Materials and Equipment:
Tarps can cover piles of soil, aggregate, lumber, pipes, rebar, machinery, vehicles, and other resources to prevent damage from rain, snow, ice, or sun exposure. This shields against warping, corrosion, or deteriorated properties that could reduce the quality and usability of supplies.
Choosing the Right Heavy-Duty Tarp Material
The main heavy-duty tarp materials each have their strengths for different applications:
Vinyl-Coated Polyester
As one of the most durable options, vinyl-coated polyester tarps are well-suited to exposed job sites and industrial facilities. The vinyl coating provides excellent water resistance while the polyester fabric gives rigidity and tear strength.
Reinforced Polyethylene
Lighter duty than polyester, reinforced polyethylene tarps are still resilient and cost less. They are a good choice for applications with lighter winds/weather exposure. Rated for use in temperatures from 0 to 120°F, these tarps provide water resistance and puncture strength at an affordable price point.
Fabric-Reinforced PVC Tarps
Offering high durability similar to polyester but with added flexibility, PVC tarps withstand cracking in cold temperatures from -40 to 180°F. The fabric backing gives tear resistance in all directions. While more expensive, these tarps are well-suited for very harsh environments.
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