Little Known Ways to CLAYBOARD VOID For Former Heave Protection

Little Known Ways to CLAYBOARD VOID FORMER HEAVE PROTECTION
When it rains, ground water can expand horizontally and this can put extra pressure on your foundation and concrete slab floor. Clayboard void former is an environmentally friendly and biodegradable solution to protect your foundations from this heave effect.

The system is composed of a honeycomb core covered with lightweight polypropylene facings. When wet, the board degrades into a void that absorbs clay movement and accommodates soil shrinkage.
1. Using a Drill

Little Known Ways to CLAYBOARD VOID FORMER HEAVE PROTECTION
One of the most common concerns in constructing buildings is the potential damage that ground movement can cause. This is mainly due to swelling and expansion of the soil as a result of moisture.

This can affect both the foundation itself and the concrete slab floor above. Since the latter is a vital component of a building, it must be properly protected from this damage. This can be done by using void formers that absorb clay movement and prevent additional pressure being imposed on the foundation and concrete floor.

A void former is an environmentally friendly product that is biodegradable and can withstand the weight of wet concrete and steel reinforcement. It also offers an alternative to compressible materials such as expanded polystyrene.

Clayboard void formers are designed for this purpose, having a biodegradable honeycomb core set between lightweight polypropylene facings that have up to 70% recycled content. They are suitable for use under both residential and commercial reinforced concrete slabs or ground beams.

They are easy to install, as long as adequate preparation is carried out prior to laying them on site. Firstly, the concrete must be poured and set before the board can be laid. The board must then be encased in polythene to ensure it remains dry and strong enough to support the weight of the concrete and steel reinforcement.

Once the concrete has been poured and set, water is introduced through a voidpak system to soften the board and degrade its honeycomb core which then collapses to create a void that will accommodate clay expansion without exerting pressure on the structure above.
2. Using a Screwdriver

Little Known Ways to CLAYBOARD VOID FORMER HEAVE PROTECTION
There are many ways in which you can improve the durability and longevity of your foundations. Using specially designed clayboard void formers is one such way, particularly when it comes to protecting the bottom of your concrete slab. The best part about these boards is that they can be installed in a snap, making them ideal for fast track construction projects such as schools or hospitals.

In addition to being environmentally friendly, the most impressive feature of the aforementioned void former is that it creates virtually no uplift meaning lighter slabs and less reinforcement steel. In fact, Dufaylite’s clayboard has been specifically engineered to give you the very best of both worlds and is also 30% smaller than its polystyrene cousins. Its voodoo quotient comes from its clever patented hexagonal honeycomb core set between lightweight polypropylene facings, which are also biodegradable and recyclable. Of course, all this is just the tip of the iceberg. The true test of the aforementioned void former is its sturdiness in the face of time and stress.
3. Using a Drill Bit

Little Known Ways to CLAYBOARD VOID FORMER HEAVE PROTECTION
Unlike most building materials, Clayboard isn’t made from stone or brick. Instead, it’s made from a biodegradable paper honeycomb core that’s set between lightweight polypropylene facings. This system is environmentally friendly and strong enough to withstand the load of concrete slabs, beams and reinforced steel, which means it can be used on large commercial projects.

The void former is installed under the building foundation and under the concrete floor in places where there are high pressures from ground movement due to clay expansion or shrinkage. The paper honeycomb core is degraded by water once the concrete has set, creating a void that absorbs any clay movement and prevents pressure on the structure above.

There are several different types of drill bits that are suited to the task at hand, so it’s important to select the right one for your project. This involves selecting the physical shape of the bit, its material and the work material.

For example, if you’re drilling into a tile or glass surface, you’ll want to use a specialized bit that won’t shatter it. This type of bit typically has a flat-bottomed leading edge, which can make it easier to bore into the surface without accidentally breaking it.

You’ll also need to consider the overall length of the bit, which determines the depth it can penetrate. A long-shaft bit is a good choice for holes that are deeper than a standard twist drill can handle.

Another specialized drill bit is the Forstner bit, which allows you to create a smooth, flat-bottomed hole that won’t leave an accidental breakage edge. This is useful for woodwork projects, such as setting shelf pins or dowels in the middle of a piece of furniture.

In addition, if you’re working with metal, you’ll need a bit specifically designed for cutting through that material. Hard metals will generate more heat than soft metals, so you’ll need to choose a drill bit with a higher cutting speed and reduced pressure to avoid heating the surface.

The most common type of drill bit you’ll find at home is a twist bit, which is great for light metals, wood and ceramics. Other types include brad point and self-feed bits. These are commonly used for home projects like hanging pictures or shelves, but they can also be helpful in professional settings when drilling large utility holes.
4. Using a Screwdriver Bit

Little Known Ways to CLAYBOARD VOID FORMER HEAVE PROTECTION
A screwdriver bit is a small tool that fits into the drive head of a screw or bolt. It can be used in many different power tools and hand-held drills.

Driver bits are often designed to help prevent cam-out when driving fasteners in a variety of materials. They come in a number of different sizes and styles, and there are several types of drive tip available as well.

The most common type of screwdriver bit is the Phillips screwdriver. These are shaped like a cross, and have two slots that fit in the heads of screws. They are also available in hex socket (Allen), square, and hex lobe styles.

Another very common type of screwdriver bit is the Torx(r) screwdriver. These have a hex-shaped tip that is shaped like a six-point star, and they are also available in square and hexagon styles.

There are a few other types of screwdriver bit, but these are not as common or widely used as Phillips or Torx bits. They include the Pozidrive bit, which has an extra four contact points to reduce the likelihood of cam-out. cavity wall insulation boards
This design also provides a better driving surface and less wear.

Finally, there are the double-ended screwdriver bits. These are a popular choice for professionals as they can give the bit twice the life of insert bits or power bits at a much lower cost.

In addition, they are often compatible with magnetic bit holder systems. These make it easier to keep track of what bits you have and when they need replacing, which can save a lot of time and hassle on the job site.

As with all the other types of screwdriver bits, it’s important to choose the right size for the job at hand. This will ensure that you get a good grip on the screw or bolt and not slip off while working with it.

A void former is a material that collapses to form a void and protect the base of a structure from heave. This is typically used beneath concrete slabs to allow expansion without exerting pressure on the underside of a structure. It can also be used to protect the sides of beams where heave is a problem. Clayboard is a highly sustainable void former, and it’s up to 30% lighter than polystyrene alternatives. It’s a biodegradable, compressible product and can be laid by hand or in a machine.