Crushed 6F2
-
Composition:
Crushed 6F2 is a type of aggregate made from a blend of crushed concrete and brick. It also includes a mix of various sizes of crushed material, typically 75mm in diameter to dust. This aggregate is produced mostly by recycling construction and demolition waste and so is known for its robust and durable properties. -
Uses:
6F2 is primarily used as a base or sub-base material in construction projects. It is also ideal for providing a solid foundation for roads, driveways, and pathways. Additionally, it is used for backfilling. Its angular particles interlock well, making it a popular choice for supporting heavy loads and ensuring stability.
Why Buy Crushed 6F2 from VWJ Earthmoving?
VWJ Earthmoving provides high-quality 6F2 in Cheshire, Staffordshire, and Deeside, ensuring that you receive a reliable and durable material for your construction needs. It is sourced from trusted suppliers and processed to meet industry standards, delivering consistency and quality. We are committed to excellent customer service and timely delivery, so you get the material you need when you need it. Our product is delivered loose in approximately 20-tonne loads using 8-wheeled tippers, (min of 10 tonne loads).
Common Questions about Crushed 6F2
Q: What is Crushed 6F2 made of?
A: It consists of crushed concrete and brick, with particle sizes ranging from 75mm to dust.
Q: What are the primary uses of 6F2?
A: It is used as a base or sub-base material for roads, driveways, and pathways, as well as for backfilling and drainage applications.
Q: How does Crushed 6F2 compare to other aggregates?
A: It is a cost-effective option with good strong load-bearing capabilities, hence making it suitable for various construction applications.
Q: How is Crushed 6F2 delivered?
A: It is delivered loose in 20-tonne loads using 8-wheeled tippers, with a minimum order of 10 tonnes, ensuring efficient delivery for your projects.
Q: Is it environmentally friendly?
A: Yes, using Crushed 6F2 helps recycle construction waste, reducing the need for new raw materials and minimizing environmental impact.
