All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(148 products available)
Ready to Ship
Soakaway crates are used to manage surface water drainage by allowing water to percolate into the ground. There are various types of soakaway crates, including the following:
Interconnecting Soakaway Crates
These crates create a large underground water storage area by connecting multiple units with drainage pipes. The central storage area collects and slowly releases stormwater into the soil, preventing flooding. It interlinks smaller crates into a big network that shares the water load and works well in various sites. This helps manage excess water efficiently.
Soakaway Crate 600
This soakaway crate model is 600mm high and has a capacity of 1,300 liters. It is ideal for small-scale installations where managing space and site constraints is important. This model comes with inspection ports that make it easy to check the internal condition. It also features a robust design that ensures efficient water management.
Soakaway Crate 1000
This model is 1000mm high and has a capacity of 2,800 liters. It is ideal for larger installations that require more stormwater management capacity. The design of this model allows for easy installation, and it is capable of interlinking with other models to form a network that improves drainage efficiency.
Soakaway Crate 1500
This model is 1500mm high and has a capacity of 5,000 liters. It is ideal for large sites that experience heavy stormwater runoff. It features a high load-bearing capacity, ensuring structural integrity even when there is high pressure. It also comes with access lids that allow maintenance and monitoring of the soakaway system.
Plastic Soakaway Crates
These are made from durable recycled plastic that has high UV resistance and is weather-proofed. They are lightweight, making transportation and installation easy. These crates have a high load capacity and can last for many years with proper maintenance. They allow for flexible configurations since they come in different sizes and designs.
Modular Soakaway Crates
These crates allow for multiple units to be connected, increasing storage capacity. They maximize stormwater management in areas with limited space. The design of these crates allows for easy installation, and they provide flexibility since the configuration can be changed to fit different site layouts and sizes.
Soakaway crates are lightweight and robust, and they are constructed from recycled plastic materials. They are usually used in managing surface water and encouraging sustainable urban drainage. Their design enables them to be stacked when not in use, thus saving space. The crates are also interlocking, which minimizes movement during installation.
Soakaway crates have different sizes and designs, but their basic features are similar. They consist of a base, lid, sidewalls, and connectors.
Soakaway crates have different applications. They capture water runoff from hard surfaces like pavements and driveways. The stored water is then gradually released and absorbed into the ground. Soakaway crates also control flood water by reducing surface water runoff. They help prevent flooding and water logging in urban areas. Additionally, these crates recharge groundwater levels by allowing water to percolate into the ground, thus replenishing groundwater reserves.
The soakaway crates are designed to be durable and effective. They are resistant to UV radiation, which prevents them from cracking. These soakaway crates are also corrosion-resistant, ensuring longevity and reliable performance.
Soakaway crates are versatile structures that can be used in various situations. They are mainly used to control flood water and manage storm water runoff. Their permeability allows water to be absorbed back into the ground. Here are some scenarios where soakaway crates are applicable.
Managing Runoff from Roofs and Paved Areas
Soakaway crates can be strategically placed near downpipes from gutters or areas with hard surfaces like driveways. These places collect water quickly during rain. The crates store the water, letting it seep slowly into the soil instead of flooding or overwhelming drainage systems.
Enhancing Agriculture through Irrigation
The agricultural sector benefits from soakaway crates. They are used to manage water runoff in farms and agricultural lands. The soakaways reduce erosion and water logging by distributing water evenly across the land. The stored water can be accessed and used for irrigation. This is especially helpful in dry seasons, reducing water scarcity and increasing crop yields.
Preventing Basement Flooding
Basements in residential and commercial buildings are prone to flooding from groundwater pressure. Installing soakaway crates around foundation walls helps manage excess rain or melting snow. The crates reduce hydrostatic pressure by allowing water to infiltrate into the ground. This protects basements from water damage and structural issues.
Supporting Sustainable Construction Practices
Soakaway crates are integral to sustainable urban planning and green building practices. They are incorporated into construction designs to promote groundwater recharge and reduce stormwater runoff. This minimizes the environmental impact of new developments and maintains natural water flow patterns.
Creating Wildlife Habitats
Soakaway crates contribute to the natural ecosystem by creating small wildlife habitats. The water that collects in the crates supports plants, insects, and small animals. The infiltration areas near the crates provide damp spots that attract frogs, toads, and other creatures.
When looking for soakaway crates for sale, it is important to consider some factors to ensure the right choice is made. Here are some factors business owners should consider when buying soakaway crates in bulk:
Soakaway Crate Capacity
Business owners should look at the various soakaway crates available in the market and their respective capacities. The capacity of the crates will determine the volume of water they can store. It is important to choose a capacity that meets the needs of the area where they will be used.
Water Management Needs
The soakaway crates should be able to manage stormwater effectively. This means they should be able to store and gradually release the water into the ground to avoid flooding.
Durability and Material
Buyers should choose soakaway crates that are made from durable materials. This ensures the crates last for a long time. The materials used to make the crates also have an impact on water quality. The best materials are plastic, which is resistant to corrosion, and perforated metal, which is lightweight and easy to handle.
Soakaway Crate Design
The soakaway crates are designed to be stacked on top of each other to maximize water storage. They have interlocking systems that help maintain stability when stacked. The crates also have gaps that allow water to seep into the ground slowly.
Installation Requirements
Business owners should consider the installation needs of different soakaway crates. Some types of soakaway crates require professional installation, which means incurring extra costs. Other types of crates can be installed without professional help, which makes installation convenient and cost-effective.
Regulations and Guidelines
There are regulations and guidelines that govern the use of soakaway crates. These regulations ensure safety and environmental protection. Business owners should familiarize themselves with these regulations to ensure they comply.
Cost
As mentioned above, there are different types of soakaway crates with different price points. Business owners should look at the prices and choose a crate type that falls within their budget. However, not compromising the quality of the products is important.
Q: What are the benefits of using soakaway crates?
A: The main benefits are flood prevention and groundwater replenishment. Soakaway crates help control surface water runoff, especially in heavy rains, reducing the risk of flooding. They allow rainwater to be absorbed back into the ground, replenishing local water tables. Using these crates for onsite rainwater management is eco-friendly and may meet local building regulations.
Q: Are there any downsides to using soakaway crates?
A: Potential downsides include improper installation leading to failures and limitations on soil types. If not installed correctly, the system may clog or not drain properly. Soakaway crates work best on permeable soils like sands and loams. In clay or rocky soils, alternative drainage solutions may be needed. They also require ongoing maintenance to prevent blockages and ensure effective drainage over time.
Q: What are the limitations of soakaway crates?
A: Limitations include dependence on soil permeability and rainfall patterns. They may not be suitable for all sites, particularly those with impenetrable soils or high groundwater levels. Soakaway crates provide a temporary solution for managing rainwater, not a permanent storage option. They also have a limited capacity and may need to be supplemented with other drainage strategies in urban areas.
Q: How is the size of a soakaway crate determined?
A: The size can be determined by calculating the volume of water runoff from impervious surfaces, such as roofs and driveways, during a rain event. Factors like the area of the impermeable surface, the expected rainfall amount, and the drainage basin efficiency are considered. Local regulations may also dictate sizing requirements. Additionally, soil types and infiltration rates play a role in determining the appropriate size and number of crates needed to effectively manage stormwater runoff.
