What is a Marrel Skip Bin?
A Marrel skip bin is a large waste container commonly used for residential, commercial, or construction purposes. These bins have a distinctive trapezoidal shape, with higher sides at the back, which makes loading easier and maximizes capacity. Made from durable steel, Marrel bins can hold heavy materials like construction debris, household waste, green waste, and more.
Key Features of Marrel Skip Bins
- Sizes and Capacity: Marrel skip bins come in different sizes, typically ranging from 2 cubic meters to 17 cubic meters, with some models reaching 18 cubic meters (though less common). For example, a 6 cubic meter Marrel bin holds the equivalent of 24 wheely bins or 6 trailer loads, with a maximum weight capacity of 6 tonnes.
- Space Requirements: These bins usually take up about the same space as a car, making them ideal for driveways or front yards. However, a clearance of at least 3 meters wide is needed for proper access, with no low-hanging branches or wires nearby.
- Strong Construction: Made from tough steel, Marrel bins are ideal for heavy-duty waste, including demolition or renovation debris.
- Loading Mechanism: The bins come with a hydraulically operated lifting mechanism at the rear, making them easy to transport and empty, even in tight spaces.
Form Factor and Dimensions
Marrel skip bins have a rectangular shape, with sizes varying based on the bin’s capacity. Common dimensions include:
- 2 cubic meter marrel bin: 1800mm long x 1400mm wide x 900mm deep.
- 4 cubic meter marrel bin: 2400mm long x 1300mm wide x 1000mm deep.
- 6 cubic meter marrel bin: 3600mm long x 1500mm wide x 1300mm deep.
- 8 cubic meter marrel bin: 4000mm long x 1500mm wide x 1500mm deep.
Some variations in measurements are possible. For example: – A 4 cubic meter marrel bin might measure 3.4 meters long, 1.6 meters wide, and 1 meter high. – An 8 cubic meter marrel bin may include a barrow door for easier loading while keeping similar dimensions.
Variations Between Suppliers
While dimensions are mostly consistent, small differences may occur between suppliers. These bins are designed to fit into compact spaces, making them suitable for both residential and commercial use, often fitting where a car can park.
Features of Marrel Skip Bins
Marrel skip bins are practical and versatile solutions for waste management, designed to handle various disposal tasks effectively. Below are the key features that make Marrel skip bins ideal for different industries and uses.
Access and Loading
Many Marrel bins have an open ramp or hatch-style opening at one end for easy loading and unloading. This feature is useful for wheelbarrow access and for moving heavy items like soil, bricks, and concrete. The ramp helps streamline the process, especially on construction sites or during residential cleanups where heavy materials need to be transported in bulk.
Construction and Durability
Marrel skip bins are built with durable steel, using a 3mm wall sheet and a 4mm floor sheet for strength. The bins also have RHS wall reinforcing and underfloor reinforcing, making them ideal for industrial settings where durability and resilience are crucial.
Lifting Mechanism
For easy transport and handling, Marrel skip bins have lifting lugs and are lifted onto trucks using a hydraulic bin lifter and steel chains. This system prevents dragging, reducing potential damage to both the ground and the bin. The hydraulic boom swings over the bin’s middle, and the chains lift it off the ground securely, ensuring smooth and efficient waste removal.
Shape and Design
The trapezoidal shape of Marrel skip bins, with higher sides at the back, allows for efficient loading and maximizes capacity. This design works well for large disposal tasks, as it helps compact waste materials effectively. It also makes lifting and transport easier with vehicles equipped with hydraulic lifting mechanisms.
Stacking and Storage
Marrel skip bins feature stacking lugs, allowing them to be stacked on top of each other when not in use. This feature saves space and reduces transportation costs by allowing empty bins to be stacked inside each other, making them more cost-effective to move.
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