Cement Your Concrete

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Concrete masonry unit

concrete-masonry-unitConcrete Masonry Units are one of the most versatile products in the construction industry. They can supply the structural framework of a building and they are able to also serve as a powerful backup system for many types of veneer systems. Concrete Masonry Walls can even be the veneer system itself with choices like smooth face, split- face, earth face, polished face & glazed face units. Concrete Masonry Walls used in one wythe application can function in both a structural capacity and also be the finished face of the wall. They can supply the thermal mass essential to help reduce heating and cooling costs. Concrete Masonry Walls can provide redundancy for increased fire safety in the event sprinkler systems malfunction during a fire. Wherever used they also provide an inordinate amount of control that is sound. So you see, concrete masonry units can do many jobs.

Sizes and construction
Concrete blocks may be created with hollow centres (cores) to reduce weight or enhance insulation. The use of blockwork enables structures to be assembled in the traditional masonry design with layers (or courses) of staggered blocks. Blocks come in many sizes.

Block centers are commonly tapered so that the top surface of the block (as placed) has a greater surface on which to disperse a mortar bed and for simpler handling. Most CMU’s have two centers, but three- and four-core units are also created. A core also allows for the insertion of steel reinforcement, tying individual blocks in the assembly, with the aim of significantly increased strength. To hold the support in proper place and to connection the block to the support, the centers must be filled with grout (concrete).
Many different specialized shapes exist to allow building characteristics that are particular. U-shaped knockout blocks or blocks with notches to permit the building of bond beams, using flat reinforcing grouted into position in the pit. Blocks with a channel on the end, known as “jamb blocks”, enable doors to be secured to wall assemblies. Blocks with grooved ends permit the construction of control joints, enabling a filler material to be anchored between the un-mortared block ends. Other characteristics, including radiused corners known as “bullnoses” may be integrated. A wide assortment of cosmetic profiles exist.

Making procedure
Concrete blocks are chiefly produced either by Fixed Concrete Block Machine or by Mobile Concrete Block Machine. The mobile version is also known as an Egglayer Block machine because the machine moves like a hen leaving behind Concrete Blocks (Analogy to eggs).
A concrete batching plant is used to manufacture concrete for blocks. Unlike water rich flowing concrete, this is a moist mix using a far less amount of water. Concrete is then transported to the Block Machine to make Blocks.

Concrete Fence

Concrete Fences offers the most cost effective option to wood, brick or stone fences that won’t rot, corrode or readily burn. No other fence or wall supplies so many long-term gains for the price. Fence design and assessment, ground testing, and architectural consulting services are accessible. A general contractor can offer an entire turnkey service from enabling, engineering and making of stuff to setup and transportation.

concrete-fence
Concrete is among the most durable substances in the marketplace, supplying tough, amazing fencing while requiring minimal effort to keep. Concrete is affordable, adaptable, and invulnerable to other sources of damage, rust, wind, rain, or rot. It can be installed rapidly, and its long lifespan and the minimal effort needed to keep it more than compensate for this, although setup prices are high. It’s possible for you to install concrete with no preceding basis, meaning its effect on the surrounding environment. Other environmental benefits include the stuff’s deficiency of waste, low thermal mass, and minimal carbon footprint. It reflects back exterior sounds toward the source, prevents auto lights from leaking into your house, and forms a barrier against intruders and spies. Concrete fences are broken up into self contained parts, preventing damage from undermining the entire fence and making repairs simpler.

Concrete is among the most durable substances in the marketplace, supplying fencing that is strong, amazing.
Concrete is also a great method increase its property worth and to make your house beautiful. Modern concrete walls can include in-depth artistic designs and are obtainable in every colour. The substance can be made to resemble brick, vinyl, and wood fencing sorts, giving your house the same old world appeal without the susceptibility and care costs of a wooden fence. Concrete is also not difficult to join with other substances, so you can readily integrate it into the fence if you need a wooden, vinyl, or metal gate. Concrete is essential for all medium- to long term fences.

Readymade fence panels are an excellent add-on to the DIY enthusiasts, yet it takes more than screwing several panels and sticking up several posts! It’s recommended to use concrete fence posts because they can be considerably more lasting than lumber posts, if you want your own fence to survive, along with seem great.

Retaining Wall Drainage

retaining-wall-drainage (Medium)When drainage goes unaddressed hydrostatic pressure will develop behind the wall and cause damage like breaking or bulging. First, would be to ensure your landscaping contractor backfills a foot of space behind the wall with gravel. Is having a perforated conduit installed along the interior, or backfilled, underside of the wall. And third, would be to inquire if weep holes will be needed to permit water to drain through the wall.

Ideally , you’d place some kind of waterproofing membrane against it, dig out behind the whole span of the wall, and backfill the region with drainage rock. That would support water to drain out the weep holes. But I am thinking that making an 85-foot trench isn’t your idea of enjoyment.

Here’s another idea: Excavate at a string of holes behind the wall that run down to the amount of your weep holes. If you are fit you can use a posthole digger, if the earth’s not too rugged or a power auger.

Line each hole with filter cloth then fill it in with ¾-inch washed rock. This should help support the water and empty the surrounding land.

If the wall continues to be not too dry, do not despair. Excavate more drainage holes and you may only have to drill more weep holes. I had propose spacing them. You should have the ability to cover it in whatever way you desire once the wall is dry.

You are considering constructing a retaining wall and if you’ve got an eroding slope in your property, remember that there is a lot more involved than putting up the wall itself. Grading work will probably be needed, and some kind of provision for drainage must be included in the construction. It all can add up to making retaining walls an expensive proposal, but jumping measures like drainage characteristics are a recipe for the wall to fail sooner or later later on.

Drain Pipe
The gravel allows the water to percolate readily towards the base of the the wall where it flows down to the end of the wall and subsequently enters the holes in the perforated conduit. At this point, the conduit can be left open so the water flows out onto the earth, or it can be linked to another drainage attribute, if needed.

What Is Jet Grouting?

jet-grouting

Jet grouting is a grouting technique that uses the kinetic energy from a fluid to loosen ground. The jets erode and combine the soil as the drill stem are rotated and lifted.

The jet grouting procedure assembles soilcrete panels, full columns or anything in between (partial columns) with constructed durability and permeability. Jet grouting has been used to underpin existing bases, construct excavation support walls, and construct slabs to seal the bottom of planned excavations.

Jet grouting is effective across the widest variety of soil types of any grouting system, including silts and most clays. Because it really is an erosion-established system, soil erodibility plays an important part in forecasting production, quality and geometry. Cohesionless soils are usually erodible by jet.
Jet grouting’s ability to build soilcrete in enclosed spaces and around subsurface obstructions such as utilities, supplies an unique amount of design flexibility.

Normally, jet grouting can be achieved without disrupting normal facility operations. The recent development of small containerized, highly mobile support equipment has empowered beginning jet grouting work on the first day of set up, greatly reducing mobilization and demobilization costs. Jet grouting can often lead to construction program savings.

Jet-Grouting is successful across a wide range of soil types presenting extensive variations in permeability and grain size distribution. The technique can be used in almost any soft soils, from soft clay to gravel and sand. However, the technique is not suited to grounds or coarse gravel with subterranean water flow.

Applications Of Jet Grouting

  • Ground Improvement with regards to embankments or under localized buildings.
  • Cut off wall/impervious underside for deep excavations can be formed with Jet-Grout panels (without rotation of the injection sticks) fortified with Jet-Grout columns, or using secant columns to create a constant wall. This technique is particularly adapted for deep excavation in urban areas along present sensitive structures and isolation impervious underside, and deep shaft construction;
  • Retaining walls using secant Jet-Grout columns designed as retaining walls or gravitation walls. Steel support can be added in the Jet Grouting columns as required (tube, rebars, cages);
    Underpinning (settlement mitigation, excavation of additional subterranean floors under present building, excavation along present structures…);
  • Support of soils where structures that are burred and existing utility lines are present;
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