For fresh produce operations, choosing the right mesh plastic crate is not simply a matter of selecting a container that can hold the required weight. Crate dimensions influence how produce is loaded, handled, ventilated, stacked, stored and transported throughout the supply chain. For this reason, the 690 × 470 × 150 mm mesh nestable crate developed by FIRST PLASTIC is designed around the practical requirements of produce collection and distribution rather than size alone.
A crate that is too deep can make produce difficult to access and may increase pressure on products at the bottom. A crate that is too small can increase the number of containers required for the same shipment, creating additional handling work.
For agricultural and produce logistics, three dimensions deserve particular attention:
The right combination allows a reusable crate to become part of an efficient handling system rather than simply functioning as a container.
The external footprint of this model is 690 × 470 mm, providing a relatively large loading surface while maintaining a manageable rectangular format.
Its internal dimensions are 654 × 452 mm, giving operators useful space for loading produce while retaining the structural walls required for repeated handling.
For produce distributors, this type of footprint can help simplify handling across different stages, including:
Harvesting → Collection → Sorting → Storage → Distribution
Instead of repeatedly transferring products between different packaging formats, a reusable crate can remain within the same handling cycle for multiple operations.
This is particularly useful for supply chains where containers move repeatedly between farms, collection points, warehouses and distribution facilities.
The 150 mm external height is another important part of the design.
For fresh produce, deeper does not always mean better. A relatively low-profile crate can make products easier to access and can help operators avoid unnecessarily deep loading.
The internal height of this model is 143 mm, providing usable loading depth while maintaining the low-profile structure.
This makes the crate particularly relevant to produce handling operations where:
The correct crate height should always be selected according to the type, weight and handling sensitivity of the produce being transported.
Crate dimensions cannot be evaluated independently from crate structure.
This model uses a mesh design on the walls and base, allowing airflow through the container. For fresh produce logistics, this is an important consideration because the packaging environment can affect how heat and moisture move around the products.
The combination of a relatively low profile and open mesh construction provides a different handling solution from a fully enclosed plastic box.
Rather than simply increasing container volume, the design focuses on creating a balance between usable loading space, product accessibility and airflow.
A crate's dimensions also need to work together with its load-bearing capability.
The FSD TJLW6947-15 has a rated:
| Parameter | Specification |
|---|---|
| External Dimensions | 690 × 470 × 150 mm |
| Internal Dimensions | 654 × 452 × 143 mm |
| Nested Height | 75 mm |
| Material | PP |
| Load Capacity | ≤25 kg |
| Stacking Capacity | ≤100 kg |
| Structure | Mesh walls and base |
| Available Colors | Blue, Green, Yellow |
The ≤25 kg load capacity provides a reference for determining whether the crate is suitable for a particular produce handling operation. Actual loading should always be determined according to the product characteristics, loading method and operating conditions.
When purchasing reusable crates, buyers often focus on the dimensions of a loaded container and overlook what happens when the container is empty.
For returnable packaging systems, however, empty-crate logistics can represent a significant part of the operating cycle.
This model has a 75 mm nested height, compared with its 150 mm external height when in use. Empty crates can therefore nest into one another rather than occupying the full operating height individually.
This is where the stack-and-nest design becomes more than a product feature.
The same crate can provide:
The result is a packaging format designed for both forward movement and reverse logistics.
The right plastic crate should not be selected based only on its maximum capacity.
A more practical evaluation considers the entire operating cycle:
1. What is being transported?
Produce type, weight, size and handling sensitivity determine the appropriate crate dimensions.
2. How is it loaded?
Manual loading, sorting and unloading may require a different height and footprint from automated handling.
3. Where does the crate travel?
Farm, warehouse, distribution center and retail operations can place different demands on the container.
4. What happens when the crate is empty?
Nested height becomes important when crates return to their point of origin.
5. How will the crate be reused?
For reusable packaging systems, structural durability and consistent dimensions are important for long-term operation.
This approach allows buyers to evaluate a crate as part of the logistics system rather than as an isolated packaging product.
Not every produce operation requires the same crate dimensions. Different products, handling equipment, storage systems and transportation requirements can require different container configurations.
As an experienced plastic crate manufacturer, FIRST PLASTIC supports OEM and ODM production for customers requiring customized reusable plastic packaging.
Customization can include:
With approximately 20 injection molding machines ranging from 500T to 2500T, FIRST PLASTIC can support the production of different sizes and structures of injection-molded plastic packaging.
The company also operates dedicated testing equipment and provides quality control throughout the manufacturing process, helping customers move from product requirements to repeat production.
For fresh produce supply chains, a plastic crate should do more than carry products from one location to another.
Its dimensions influence how efficiently products can be loaded, accessed, ventilated, stacked and returned. The 690 × 470 × 150 mm mesh plastic nestable crate demonstrates how footprint, height, load capacity and nested height can be combined into one reusable packaging format.
For buyers evaluating reusable produce containers, the key question is therefore not simply “How large is the crate?”
A better question is:
“Does the crate's dimensional design fit the complete handling and return cycle of our supply chain?”
For businesses seeking a standard product or a customized mesh plastic crate, FIRST PLASTIC provides OEM/ODM manufacturing support and reusable plastic packaging solutions for agricultural, logistics and distribution applications.
The external dimensions are 690 × 470 × 150 mm, with internal dimensions of 654 × 452 × 143 mm.
The nested height is 75 mm, allowing empty crates to be nested together for more efficient storage and return transportation.
The rated load capacity is ≤25 kg, while the stacking capacity is ≤100 kg. Actual performance depends on loading and operating conditions.
The open mesh walls and base allow airflow through the crate, making the design suitable for produce handling operations where ventilation is an important consideration.
Yes. FIRST PLASTIC provides OEM and ODM plastic crate manufacturing, including customized dimensions, colors, identification and structural requirements according to project specifications.
For fresh produce operations, choosing the right mesh plastic crate is not simply a matter of selecting a container that can hold the required weight. Crate dimensions influence how produce is loaded, handled, ventilated, stacked, stored and transported throughout the supply chain. For this reason, the 690 × 470 × 150 mm mesh nestable crate developed by FIRST PLASTIC is designed around the practical requirements of produce collection and distribution rather than size alone.
A crate that is too deep can make produce difficult to access and may increase pressure on products at the bottom. A crate that is too small can increase the number of containers required for the same shipment, creating additional handling work.
For agricultural and produce logistics, three dimensions deserve particular attention:
The right combination allows a reusable crate to become part of an efficient handling system rather than simply functioning as a container.
The external footprint of this model is 690 × 470 mm, providing a relatively large loading surface while maintaining a manageable rectangular format.
Its internal dimensions are 654 × 452 mm, giving operators useful space for loading produce while retaining the structural walls required for repeated handling.
For produce distributors, this type of footprint can help simplify handling across different stages, including:
Harvesting → Collection → Sorting → Storage → Distribution
Instead of repeatedly transferring products between different packaging formats, a reusable crate can remain within the same handling cycle for multiple operations.
This is particularly useful for supply chains where containers move repeatedly between farms, collection points, warehouses and distribution facilities.
The 150 mm external height is another important part of the design.
For fresh produce, deeper does not always mean better. A relatively low-profile crate can make products easier to access and can help operators avoid unnecessarily deep loading.
The internal height of this model is 143 mm, providing usable loading depth while maintaining the low-profile structure.
This makes the crate particularly relevant to produce handling operations where:
The correct crate height should always be selected according to the type, weight and handling sensitivity of the produce being transported.
Crate dimensions cannot be evaluated independently from crate structure.
This model uses a mesh design on the walls and base, allowing airflow through the container. For fresh produce logistics, this is an important consideration because the packaging environment can affect how heat and moisture move around the products.
The combination of a relatively low profile and open mesh construction provides a different handling solution from a fully enclosed plastic box.
Rather than simply increasing container volume, the design focuses on creating a balance between usable loading space, product accessibility and airflow.
A crate's dimensions also need to work together with its load-bearing capability.
The FSD TJLW6947-15 has a rated:
| Parameter | Specification |
|---|---|
| External Dimensions | 690 × 470 × 150 mm |
| Internal Dimensions | 654 × 452 × 143 mm |
| Nested Height | 75 mm |
| Material | PP |
| Load Capacity | ≤25 kg |
| Stacking Capacity | ≤100 kg |
| Structure | Mesh walls and base |
| Available Colors | Blue, Green, Yellow |
The ≤25 kg load capacity provides a reference for determining whether the crate is suitable for a particular produce handling operation. Actual loading should always be determined according to the product characteristics, loading method and operating conditions.
When purchasing reusable crates, buyers often focus on the dimensions of a loaded container and overlook what happens when the container is empty.
For returnable packaging systems, however, empty-crate logistics can represent a significant part of the operating cycle.
This model has a 75 mm nested height, compared with its 150 mm external height when in use. Empty crates can therefore nest into one another rather than occupying the full operating height individually.
This is where the stack-and-nest design becomes more than a product feature.
The same crate can provide:
The result is a packaging format designed for both forward movement and reverse logistics.
The right plastic crate should not be selected based only on its maximum capacity.
A more practical evaluation considers the entire operating cycle:
1. What is being transported?
Produce type, weight, size and handling sensitivity determine the appropriate crate dimensions.
2. How is it loaded?
Manual loading, sorting and unloading may require a different height and footprint from automated handling.
3. Where does the crate travel?
Farm, warehouse, distribution center and retail operations can place different demands on the container.
4. What happens when the crate is empty?
Nested height becomes important when crates return to their point of origin.
5. How will the crate be reused?
For reusable packaging systems, structural durability and consistent dimensions are important for long-term operation.
This approach allows buyers to evaluate a crate as part of the logistics system rather than as an isolated packaging product.
Not every produce operation requires the same crate dimensions. Different products, handling equipment, storage systems and transportation requirements can require different container configurations.
As an experienced plastic crate manufacturer, FIRST PLASTIC supports OEM and ODM production for customers requiring customized reusable plastic packaging.
Customization can include:
With approximately 20 injection molding machines ranging from 500T to 2500T, FIRST PLASTIC can support the production of different sizes and structures of injection-molded plastic packaging.
The company also operates dedicated testing equipment and provides quality control throughout the manufacturing process, helping customers move from product requirements to repeat production.
For fresh produce supply chains, a plastic crate should do more than carry products from one location to another.
Its dimensions influence how efficiently products can be loaded, accessed, ventilated, stacked and returned. The 690 × 470 × 150 mm mesh plastic nestable crate demonstrates how footprint, height, load capacity and nested height can be combined into one reusable packaging format.
For buyers evaluating reusable produce containers, the key question is therefore not simply “How large is the crate?”
A better question is:
“Does the crate's dimensional design fit the complete handling and return cycle of our supply chain?”
For businesses seeking a standard product or a customized mesh plastic crate, FIRST PLASTIC provides OEM/ODM manufacturing support and reusable plastic packaging solutions for agricultural, logistics and distribution applications.
The external dimensions are 690 × 470 × 150 mm, with internal dimensions of 654 × 452 × 143 mm.
The nested height is 75 mm, allowing empty crates to be nested together for more efficient storage and return transportation.
The rated load capacity is ≤25 kg, while the stacking capacity is ≤100 kg. Actual performance depends on loading and operating conditions.
The open mesh walls and base allow airflow through the crate, making the design suitable for produce handling operations where ventilation is an important consideration.
Yes. FIRST PLASTIC provides OEM and ODM plastic crate manufacturing, including customized dimensions, colors, identification and structural requirements according to project specifications.
