Mixit concrete plant, a facility that combines various ingredients to form concrete. The primary purpose of a concrete plant is to produce ready mixed concrete and concrete blocks in sufficient quantities for use in construction projects, such as industrial, commercial, and residential housing, roads, bridges, and other infrastructure.
A concrete pump is a crucial piece of equipment in the construction industry, particularly in large-scale projects or projects with challenging concrete placement requirements. Here are several reasons why you might need a concrete pump:
- Concrete pumps can significantly speed up the placement process, making construction projects more time-efficient. This is especially important in large-scale projects where timely completion is critical.
- Concrete pumps are used to transport concrete over long distances and heights. When concrete needs to be placed at significant elevations or at locations that are not easily accessible by traditional methods, a concrete pump is essential.
- Using a concrete pump can reduce the amount of manual labour required for concrete placement. This is beneficial in terms of both efficiency and safety, as it minimises the need for workers to transport and place concrete manually.
- Measure Length (L): Measure the longest dimension of the concrete structure in meters.
- Measure Width (W): Measure the second-longest dimension perpendicular to the length.
- Measure Height (H): Measure the height or depth of the structure.
Once you have these measurements, use the formula:
Volume = Length × Width × Depth
Substitute the measured values into the formula, and the result will be the volume of concrete in cubic meters.
For example, if you have a rectangular slab with a length of 5 meters, a width of 3 meters, and a depth of 0.2 meters:
Volume=5 m×3 m×0.2 m=3 cubic meters
Keep in mind that these formulas assume uniform dimensions and may not account for variations in shape. If the structure has a more complex shape, consider breaking it down into simpler shapes for more accurate calculations.
We take pride in our commitment to ethical sourcing and environmentally conscious practices. We ensure that all our raw materials, including aggregates, cement, and water, are responsibly and sustainably obtained.
By prioritising ethical sourcing, we contribute to the well-being of local communities and minimise the environmental impact of our operations. Additionally, we firmly adhere to a policy of not incorporating plastic in our concrete mixes. This conscious decision aligns with our dedication to environmental sustainability and reducing the ecological footprint of our products.
Concrete mixers and volumetric mixers are both used in the construction industry for preparing and delivering concrete, but concrete mixers operate differently and have distinct advantages. Here are some reasons why one would choose a concrete mixer over a volumetric mixer.
They are a common and widely used technology, making them familiar to many construction professionals.
Concrete mixers produce a consistent batch of concrete with a predetermined mix ratio. This is advantageous for projects where precise concrete specifications are required.
Concrete mixers are often faster in terms of production speed compared to volumetric mixers. This can be beneficial for projects with tight timelines.
Yes, we do a wide variety of concrete blocks.
- 60x100x215mm – Course adjusting brick.
- 440x215x100mm – Solid dense concrete block
- 440x215x140mm – Solid dense concrete block
- 440x215x100mm – Medium dense concrete block
- 440x215x140mm – Medium dense concrete block
- 40x215x215mm – Hollow concrete block
At Mixit there is normally a one to two-day lead time but with our proactive approach, we can sometimes facilitate same-day bookings.
About Concrete Pumps
MixIt Concrete proudly boasts an array of prestigious accreditations that underscore our commitment to delivering exceptional quality and adhering to industry standards. You can view our accreditations here.