
Canvas Tarps: The Ultimate Protection for
Machinery, Equipment, and Hauling Needs
When it comes to safeguarding valuable machinery and equipment, whether indoors or outdoors,
choosing the right tarp can make all the difference. Canvas tarps have long been a trusted ally
across industries such as trucking, construction, and manufacturing for their durability, versatility,
and protective qualities. This article explores the key considerations for selecting canvas tarps,
their essential features, and how they serve professionals who haul goods and protect costly assets.
What to Look for When Selecting Canvas Tarps
The foundation of effective machinery and equipment protection begins with choosing the
right canvas tarp. Several crucial factors can impact tarp performance:
1. Material Quality
Canvas tarps are typically made from tightly woven cotton duck fabric, which is naturally durable,
and in some cases, breathable. The quality of the cotton and weave density influences strength,
tear resistance, and weatherproofing. For machinery protection, heavier canvas weights—ranging
from 10 oz to 18 oz per square yard—are preferred due to their robustness.
2. Water Resistance and Breathability
Unlike plastic tarps, breathable waterproof canvas tarps offers superior breathability, reducing
condensation and moisture buildup beneath the tarp—a critical feature when protecting metal
machinery indoors or in humid climates. Many canvas tarps are treated with waterproofing agents
to repel water while retaining breathability, preventing rust and corrosion.
3. Size and Fit
A tarp’s size is paramount. For complete protection, it must fully cover the equipment or
machinery without leaving gaps. Custom-sized tarps or larger standard sizes can be selected
depending on the machinery dimensions and application.
4. Reinforced Edges and Grommets
Heavy-duty canvas tarps should have reinforced hems and brass grommets spaced evenly, usually
every 18 inches, to enable secure fastening. This prevents wind from catching the tarp and causing
damage or displacement.