A leading supplier of concrete brick, block and paving-making equipment and technology in Africa-- has been at the leading edge of the maxi brick's success by supplying its series of brick-making devices to producers across the country, see building bricks prices here.
The maxi brick works as a light-weight structure product that is made from traditional aggregates such as stone and cement, nevertheless it is likewise provided with different external surfaces such a single or double diamond. In the late 1980s, brick maker Jaap Prinsloo played an instrumental function in the success of the maxi brick after buying a total of 17 PMSA VB4a brick and block-making makers, which have actually produced a series of products consisting of maxi bricks. He estimates to have actually produced more than 55-million maxi bricks annually ever since.
" The PMSA VB4a plants make it possible for the user to produce over 65 000 maxi bricks per 9 hour shift with each device. The constant reliability of PMSA's equipment has actually made sure an output that equates to approximately 18 500 low-priced homes each year, or a total of 370 000 inexpensive houses over the 20-year period," he describes. "The maxi brick has actually been introduced to new heights in the budget friendly housing market, due to its cost-effective style, quick building time and ease-of-use."
PMSA marketing and sales supervisor Quintin Booysen notes that the VB4 and VB4X series of block making machines from PMSA come standard with adjustable speed control of the hydraulic functions, resulting in faster and smoother machine operation, with increased productivity and a reduction in wear and tear. "What's more, an electronic PLC control enables change of pre-vibration, feed box motion, number of feed strokes and variety of pre-vibrations, while the machine is still in operation. These functions make sure immediate adaptation to altering moisture contents and aggregate consistency, without stopping the device," he describes.
The strong maxi brick can be found in measurements of 290 mm x 140 mm x 90 mm, although various other sizes are also readily available. "The distinct style of the brick permits a brick layer to lay a single skin 140 mm wall in one process, rather than a double skin external wall made from stock bricks," adds Prinsloo.
Local structure standards need a 90 mm thick internal wall, and PMSA director Walter Ebeling notes that the maxi brick can be turned on its edge to build internal walls too. "This accelerate the building procedure substantially, as just a single skin is needed to satisfy the nationwide structure regulation of South Africa."
According to Ebeling, a typical affordable house needs in between 2 800 to 3 000 maxi bricks for the internal and external walls, compared to 8 000 to 9 000 standard stock bricks for a comparable sized affordable house. "By merely turning the brick on its edge for internal walls, optimal area utilisation inside the structure is achieved by avoiding thick walls that would otherwise have used up valuable floorspace in an already little housing system," he continues.
Ebeling includes that this innovative method of construction makes it possible for a small group of simply two bricklayers and 2 assistants to set up a structure between 32 m2 to 40 m2 in location in a single day. "This distinct procedure assists professionals in reducing building costs, while permitting more real estate to be delivered within a tighter budget."
Aiming to the future, Booysen thinks that the outlook for the maxi brick is overwhelmingly positive across Africa. "The maxi brick has proven to be highly effective in South Africa for more than twenty years, and it has been used in the building of numerous countless affordable homes in your area. I think that the maxi brick has enormous capacity in other African countries where there is a lack of housing, and limited funds to build them," he concludes.