$Fireclay Brick for Stove Refractory Applications System 1$
$Fireclay Brick for Stove Refractory Applications System 2$
$Fireclay Brick for Stove Refractory Applications System 3$
$Fireclay Brick for Stove Refractory Applications System 4$

$Fireclay Brick for Stove Refractory Applications$

$Fireclay Brick for Stove Refractory Applications System 1$

$Fireclay Brick for Stove Refractory Applications System 2$

$Fireclay Brick for Stove Refractory Applications System 3$

$Fireclay Brick for Stove Refractory Applications System 4$

Fireclay Brick for Stove Refractory Applications

Ref Price:

Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 2 m.t

Supply Capability:: 5000 m.t/month

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Fireclay Brick with High Alumina Content (Al2O3 55-60%)

Fireclay Brick with Al2O3 Content around 38%

Brief discription for Clay brick of refractory brick for stove

CMAX Clay brick of refractory brick for stove are classified according to alumina content ranging from 48% to 90%.

CMAX Clay brick of refractory brick for stove are commonly used in blast furnace, hot blast furnace, the roof of electric furnace, teeming ladle, rotary kiln,regenerator, etc.

Brief features for Clay brick of refractory brick for stove

◆Low thermal conductivity

◆Excellent acid and base slagging resistance

◆High refractoriness

◆Excellent thermal shock resistance

◆Excellent mechanical strength

◆Good spalling resistance and wear resistance.

◆Good corrosion resistance.

◆High-temperature creep rate is quite low.

◆Good volume stability at high temperature.

◆Low bulk density, low thermal conductivity, good thermal insulation performance.

Technical data for Clay brick of refractory brick for stove

ITEM	UAL48	UAL55	UAL65	UAL75	UAL80	UAL85	ALP80
Refractoriness, ℃	1750	1770	1790	1790	1810	1810	1810
Apparent Porosity,%	22	22	23	23	20	20	18
C.C.S, Mpa	39	44	49	53	55	60	100
Refractories Under Load (0.2Mpa)，℃	1420	1470	1500	1520	1500	1520	1550
Reheating Linear Change,%	1450℃x2h 0.1～-0.4	1500℃x2h 0.1～-0.4	1500℃x2h 0.1～-0.4	1500℃x2h 0.1～-0.4	1550℃x2h -0.5～+0.5	1550℃x2h -0.5～+0.5	1550℃x2h -0.5～+0.5
Al₂O₃ Content , %	48	55	65	75	80	85	82

FAQ

Q1:Are you a manufacture or trader?

A:Factory+trade(mainly factories,at the same time,we operates other related products).

Q2:Can we visit your factory?

A:Sure,welcome at any time,seeing is believing.

Q3:What's the MOQ of trial order?

A:No limit,We can offer the best suggestions and solutions according to your condition.

Q4:Which payment terms can you accept?

A:T/T,L/C are available for us.

Q5:Is your company accept customization?

A:We have own factory and excellent technical team,and we accept OEM service.

Q: There are various refractory materials inside many kilns such as refractory brick, what is the role of masonry of these refractory materials?: When the steel is made, and wear) to complete the purpose of steelmaking, the liquid inside the kiln is melted liquid steel (1550 DEG C), erosion, only the masonry of refractory brick (melt above 1550 DEG C and has a certain strength) can resist various effects of molten steel (melting

Q: Can refractory bricks be used when it cracks for 1cm: 3, If the crack is caused by burning or drying, then it can't be used. While if the carck is caused by refractory brick molding, it still can be used. 4, the crack is caused by refractory bricks raw materials.

Q: What is the heating temperature in the test method of thermal shock resistance of refractory bricks: 1, quenching (air cooling or water cooling), after the completion of the specified number of times. 2, maintain 20min, introduce the following types briefly. 3, repeated testing and record the times of the material produces macro cracks. The thermal shock resistance is shown by the times of thermal cycle of damaging half of the heated end face, quenching(air cooling or water cooling ) there are many expressions and testing methods of the thermal shock resistance, and then dry. Put the heating end surface of standard size brick((200~230mm) X (100~150 m K (50~100mm) claw)into the preheated to 1100 DEG C 50mm in furnace, quenching (air or water), then quenching in room temperature water for 3min, measured the maximum temperature of sample surface produces cracks. After the temperature of the material rises to a predetermined temperature, the ratio of residual anti-bending strength and anti-bending strength at room temperature before heat shock, after the material rises to various temperatures, measure its strength retention rate.

Q: What are the simple ways to distinguish between excessive clay bricks and less fired clay bricks?: Generally speaking, compared with the exterior burning brick, the internal combustion brick not only saves the clay and the waste material, but also has smaller volume density, lower thermal conductivity, and can increase the intensity by about 20%. Burnover light color, sound, low intensity; burned brick deep color, crisp sound, high strength, irregular size. These two kinds of bricks are unqualified products.

Q: Why masonry walls must not be mixed with clay bricks?: If a masonry wall is added to the concrete structure. Under the influence of lateral force (wind force, earthquake force), the performance of masonry wall and concrete wall is different, the former is rigid and almost unable to bear deformation, while the latter can have certain deformation. The former cannot bend and the latter can bend...... As a result, the masonry walls were destroyed first and lost, and then the members supported by the masonry walls were destroyed, and the whole building was filled with cups.

Q: what should press on the heat preserving cotton above the suspended ceiling refractory brick ?: you can also put Z shaped steel on the purline, put heat preserving cotton on the roof boarding, it is easy to oprate.