Castable Refractory Cement

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Castable Refractory Cement Composition

  • High alumina refractory castable is the most widely used and has a good performance. It will not melt at high temperatures, and will not decompose or generate bubbles. The fire resistance of this material is also very high, it can withstand the corrosion of various molten substances.
  • Clay refractory castable has a relatively low price, but its thermal shock stability is poor .The chemical composition of this material is clay ,with some bauxite and other additives ,and if it is affected by too much heat, it may crack. However, different proportions of the mixture can be made for different purposes by changing the ratio of bauxite to clay in the clay refractory cement recipe.
  • Bauxite refractory castable mainly contains aluminium oxide as raw material, which has good coking resistance and thermal shock resistance .However, when it comes into contact with molten metals such as iron and steel, its temperature will rise quickly to 1000 degrees Celsius or higher due to interactions with those metals.

Castable Refractory Cement Main Properties

Castable refractories have been around for a while, but they’re still not widely used by builders. This may be because they aren’t as light in weight as ordinary Portland cement, or the product isn’t as inexpensive. But that’s not the only reason. The product has some serious drawbacks when it comes to thermal shock resistance and high temperature performance.

The main issue is that these things are heavy; they end up being more expensive to manufacture than regular Portland cement. And since they have relatively high water contents, it’s also harder to mix them into Portland cement mixtures so you can apply them in conventional forms such as mortar or concrete mixes without the need for extra heating (to prevent cracking).

Castable Refractory Cement Application

You can create various shapes of castable refractory cement products. These products can be used to cast any shape firebrick, bridge repair, furnace or kiln linings, ramming mixes and hot topping mixes.

Place the amount of castable refractory cement you need into a clean container. Add liquid at room temperature and mix until it is the consistency of stiff oatmeal.

Cast the mixture immediately after mixing into the desired shape by pressing firmly, but not hard enough to squeeze out water.

Installation of Castable Refractory Cement and Necessary Tools

First, you’re going to need some tools. We’ve categorized them for you below:

Construction Process of Castable Refractory Cement

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This post describes the main properties, application and construction process of castable refractory cement, which is a hydraulic setting material.

Castable refractory cement can be used for a variety of purposes. It is generally made of hydraulic setting materials, which means it sets in the presence of water. This type of cement sets and hardens over time because the minerals in the cement dissolve in water, creating more silicate stones. The longer castable refractory cement sets, the stronger it will become. Although it is most commonly used to build fireplaces and chimneys, castable refractory cement can also be used to line furnaces or to make molds. This type of material is especially useful when you’re looking for something that can resist high temperatures; if you need something that will not break while exposed to fire, castable refractory cement would be a good choice.We’ve got a great deal on our Castable Refractory Cement! Castable Refractory Cement is used in high-heat application.

Castable refractory cement is an easy-to-use, high-quality product for various construction needs. It is used in many different applications and is made of a very hard mineral. The product comes in powder form, so you can mix it to your desired consistency. The process of applying the product is simple: just apply some water and mix until it’s smooth.

This product has been used on the construction site for over a year now and we are happy with its performance!

Castable Refractory Cement

[product name] is a refractory cement that can be cast in your choice of forms. It is used to line the inside of furnaces and kilns.


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[product name] has a 2,800°F (1,538°C) temperature rating when cured at 1-inch (25 mm) thickness. It contains no organic materials that would burn out over time, but does contain a little aluminum to control the set time during curing. [product name] is rated for load-bearing applications up to 2000°F (1093°C).

When you’re building a structure that demands the utmost in heat resistance and durability, Castable Refractory Cements are what you need. Available in a variety of compositions to fit your needs, Castable Refractory Cements are designed to be used as a one-step solution to constructing your oven, kiln, or other heat-resistant structure. Simply mix with water and pour into your desired form, then allow to dry for 48 hours before firing. Ideal for use in both interior and exterior structures and available in temperatures ranging from 2500F up to 3300F, Castable Refractory Cements can help you create almost any structure you can envision. Use them for pizza ovens, chimneys, fire pits, incinerators, boilers and more!

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Castable refractory cement is an easy-to-use mixture that, once heated, acts as a coating or filler for furnaces, kilns and fireplaces.

When working with castable refractory cement, you want to use a mold that is at least one inch larger than the surface you wish to cover. If the mold is too small, the heat will cause it to expand and possibly crack or even explode.

While the temperature isn’t a concern during the application process, the cement needs to be cured before it can be exposed to heat. You’ll also want to allow enough time for the curing process so that your project doesn’t have any soft spots when it’s finished.

Our refractory cement mixes can be used in any kind of furnace or firepit. The high-temperature concrete is perfect for both residential and commercial use. The cement formulas are very versatile and can be used for multiple applications. They are available in many different sizes, including 50 lb. dry mix bags, bulk bags up to 3000 lbs., and even super sacks up to 4000 lbs.

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