Trailer tarpaulin
A trailer tarpaulin is a green cover for loads, materials, and equipment outdoors. The recorded products clearly fall into two groups: PVC tarpaulins weighing 650 g/m² and an HDPE tarpaulin weighing 210 g/m². Their areas range from 9 m² to 120 m². Selection can therefore follow the actual area to be covered, the material weight, and the fastening details supplied.
Choose a trailer tarpaulin by area and material
A trailer tarpaulin works well only when its format and material suit the covering task. The product data gives clear guidance. The PVC versions are green throughout and rated at 650 g/m². Their sizes start at 1.5 x 6 m and 9 m², pass through medium formats, and reach 10 x 12 m and 120 m². A separate HDPE tarpaulin is listed with 210 g/m², 2.5 x 10 m, and 25 m². Measure the surface first, then choose a format with sufficient lateral overhang.
Overhang is more than arithmetic. It determines whether the edge can be gripped and secured without reducing the protected area. Wood stacks and irregular equipment usually need a wider margin than flat loads. The recorded formats help distinguish compact edge coverage, medium loading areas, and extensive material protection.
Compact areas
The specifications include 9 m² at 1.5 x 6 m and 11.25 m² at 2.5 x 4.5 m. Such sizes suit individual objects, narrow stacks, and smaller surfaces where the tarpaulin lies close to the item.
Medium formats
Sizes such as 15 m², 17.5 m², 21 m², 24 m², and 28 m² bridge individual equipment and larger load surfaces. Compare the side lengths because equal areas can produce different edges.
Large covers
For demanding jobs, the data lists 40 m², 48 m², 60 m², 72 m², and up to 120 m². Large formats need a clear securing plan so forces spread along the edge and the cover does not flap unnecessarily.
Material data: PVC 650 g/m² and HDPE 210 g/m²
The category separates clearly by material weight. Most records describe green PVC tarpaulins at 650 g/m², specified as waterproof and tear-resistant. Several also mention UV stability or UV resistance, which matters when a cover remains outside in sunlight. Exact properties remain product-specific, so read the data sheet on each model page before deciding.
Beside them is a green HDPE tarpaulin at 210 g/m², listed as 2.5 x 10 m and 25 m². Its lower area weight clearly distinguishes it from the 650 g/m² versions. Those seeking heavy PVC fabric can use the higher weight as a marker, while this model provides a concrete 25 m² lighter option.
Construction details also matter. One PVC record describes polyester fabric with a PVC coating, an edge reinforced all around with polyethylene tape, riveted corners reinforced with plastic, and surrounding 18 mm brass eyelets spaced 50 cm apart. The same sheet states temperature resistance from -30 °C to 80 °C, tensile strength of 2950 N/5 cm, and maximum tear strength of 30 kg. These values apply to that model and should not silently be applied to every tarpaulin in the category.
Assess fastening, edges, and wind load correctly
A tarpaulin is rarely static. It is tensioned, ventilated, and stressed by movement, making edges, corners, and eyelets essential selection features. The PVC record above gives concrete figures: surrounding brass eyelets, 50 cm spacing, a reinforced edge, and reinforced corners. Even spacing supports even force distribution, while riveted corners matter where tensile forces converge.
In practice, larger areas require planned attachment points. Length and width should leave every edge reachable. A cut that is too tight strains the border, while excessive fabric can catch wind. The available size steps make both easier to control. Measuring the object, planning overhang, and counting fixing points create a factual basis for the decision.
Wind acts on the fastening as well as the cover. A flat object under a close-fitting tarpaulin differs from a tall construction, and edges crossing contours depend on side length and fixing points to remain closed. For these cases, “Fastening + Accessories” is the neighboring area; questions of load securing belong systematically under Load securing.
Three product examples compared
These three cards deliberately show small, medium, and large formats from the recorded data. All are green PVC tarpaulins rated 650 g/m²; their main differences are side lengths and resulting covered area.
Selection aid by application
The category contains covers with very different formats. Matching the actual task is more useful than one general recommendation: a narrow object needs different proportions from a square stack, a high load needs more edge length than a flat surface, and broad material protection places greater demands on fixing distribution.
- Narrow objects: 1.5 x 6 m gives 9 m² and 1.5 x 10 m gives 15 m². Both show how constant width increases coverage as length grows.
- Compact loading areas: 2.5 x 4.5 m with 11.25 m² or 3 x 4 m with 12 m² offers extra width without entering large-format territory.
- Medium tasks: 3.5 x 5 m with 17.5 m², 3.5 x 6 m with 21 m², and 4 x 6 m with 24 m² allow finer adjustment of overhang and fabric quantity.
- Large areas: 5 x 8 m with 40 m², 6 x 10 m with 60 m², and 10 x 12 m with 120 m² show the span for extensive projects.
The rule remains constant: read both side lengths, not just square meters. Similar areas can create different borders, so the chosen tarpaulin must cover the required dimensions in both directions.
What the product data says about weather
The recorded PVC products consistently state waterproof and tear-resistant. Several add UV stability or UV resistance, indicating intended outdoor use. How strongly each construction fulfills those requirements depends on the individual product; model pages provide precise descriptions, while this category supplies technical orientation.
Area weight is directly comparable. Here, 650 g/m² stands for heavy PVC and 210 g/m² identifies the listed HDPE alternative. Comparing models therefore becomes an order: first material, then weight, then size, then fastening details. This distinguishes seemingly similar green tarpaulins clearly.
Frequently asked questions about trailer tarpaulins
How large should a trailer tarpaulin be?
Measure the length and width to be covered, then choose a format leaving enough margin on every side for fixing. The data spans 9 m² to 120 m², so selection can follow actual side lengths rather than area alone.
What difference does grammage make?
In this category, 650 g/m² denotes the PVC models and 210 g/m² denotes an HDPE tarpaulin. Grammage expresses mass per square meter and is a direct technical distinguishing feature, though it does not replace instructions for use.
Are all tarpaulins equipped with the same eyelets?
No. One PVC record specifies surrounding 18 mm brass eyelets every 50 cm, plus a reinforced edge and reinforced corners. These details are model-specific, so other articles must be checked through their own descriptions.
What role does UV stability play?
Several PVC data sheets mention UV stability or UV resistance, especially relevant when a tarpaulin is exposed to sunlight outdoors. Because records do not all contain the same extra information, verify this point for each model.
When is a large format useful?
A large format makes sense when long sides or a large footprint must be fully covered. Examples include 60, 72, 96, and 120 m². Additional border zones must remain fixable so the cover does not move uncontrollably.
Does fastening belong to the tarpaulin or accessories?
Eyelets, edges, and corners form part of the product construction. Fixing accessories are a separate subject, sorted independently in the neighboring “Fastening + Accessories” area.
Related areas in the Tarpaulins + Nets category
Anyone selecting a trailer tarpaulin often needs solutions for adjacent tasks too. The category structure keeps these topics deliberately separate so technical details are not mixed.
General covers for materials, equipment, and outdoor surfaces.
Topics for holding and securing transported goods.
Net solutions as an alternative or complement to closed tarpaulins.
In brief
Narrow down a trailer tarpaulin in four steps: establish required length and width; distinguish PVC at 650 g/m² from HDPE at 210 g/m²; compare model details for edge, corners, and eyelets; then let the format determine available overhang. Checking these points separately leads faster to the right surface and avoids mistakes caused by similar-sounding names.
The sections Material data, Fastening, Product examples, and FAQ structure this decision. General covers are found in Cover tarpaulin, while Fastening + Accessories and Load securing address fixing and transport topics.