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Home > products > Raw Material Analysis > Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab

Product Details

Place of Origin: China

Brand Name: BRICTEC

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Highlight:

accurate material analysis testing

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Brick material analysis testing

,

Composition chemical testing lab

Condition:
New
Automatic:
Yes
Method:
Testing Equipment
Processing:
Raw Material Analysis And Testing
Raw Material:
Clay,Soil,Mud,Fly Ash
Type:
Clay Brick Making Machine
Highlight:
Brick Making Machine Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab
Condition:
New
Automatic:
Yes
Method:
Testing Equipment
Processing:
Raw Material Analysis And Testing
Raw Material:
Clay,Soil,Mud,Fly Ash
Type:
Clay Brick Making Machine
Highlight:
Brick Making Machine Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab
Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab

BRICTEC Brick Raw Material Analysis Service for Composition Analysing and Testing

 

Xi'an Brictec Engineering Co., Ltd. provides a series of brick factory services including: raw material analysis, design and guidance, accessories supply, upgrade and improvement, production management, etc.. Among them, raw material analysis helps to understand clients' raw material conditions clearly, providing clients with more professional and accurate brick making solutions.

 

Raw material analysis includes 7 parts:

1. Raw material physical properties

2. Raw material chemical properties

3. Drying properties

4. Firing properties

5. Lime bursting test

6. Frosting test

7. Conclusion and suggestion

 

 

Sample Display

 

1. Raw material physical properties

 

Report number:                
Raw material clay Raw material source  
Entrusted party   Submit date 8-Oct-23
Submit party   Analysis physical property
Analysis result
Analysis item Platts shaping moisture(%) Plasticity Critical moisture content Drying sensitivity coefficient Drying
line shrinkage
rate(%)
  (%)
Raw material Liquid limit Plastic limit Plasticity index  
  (%) (%)  
clay 17.87(dry basis) 23.43 17.75 5.68 11.13 0.59 1.76
15.16(wet basis)
               
Remarks  
Report date Oct 18,2023 Issue date 年 月 日

 

 

2. Raw material chemical properties

 

Raw material Clay Raw material source  
Entrusted party   Submit date 8-Oct-23
Submit party   Analysis Chemical component
Analysis result(%)
Item Clay        
SiO2 57.81        
Al2O3 11.35        
Fe2O3 4.64        
CaO 8.73        
MgO 2.52        
K2O 2.8        
Na2O 1.78        
SO3 0.44        
TiO2 0.65        
Loss on ignition 8.76        
           
Remark  
Report date 18-Oct-23 Issue date  

 

 

3. Drying properties

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 0

The shaped samples are dried naturally for 24 hours and then put into the oven at 105±5℃ for 8 hours. There were no cracks on the dried brick samples, and the strength is quite good, and drying line shrinkage ratio is 1.76%.

4. Firing properties

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 1

 

(1) Temperature gradient furnace: small samples (40x20x10mm) is fired in the temperature gradient furnace to measure the firing temperature and temperature range. Firing conditions is as follow:

Heating rate: <200℃/hr
Firing cycle: 6 hours
Heat preservation: 30 minutes
Cooling method: cooled to room temperature together with the furnace

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 2Figure 1 Small-sized sintered bricks burned in temperature gradient furnace from 900℃~1150℃

(2) Product firing shrinkage rate and water absorption rate: firing shrinkage rate and water absorption rate are measured on the samples fired in the gradient furnace, and the relationship curves among temperature, water absorption and shrinkage are shown in Fig. 2.

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 3

 

The sample firing system is listed below (table 1) by combing figure 2 (firing curve) and sample firing condition at different temperature.

Table 1 Sample firing system

Raw material Firing temperature range Firing temperature
Clay sample 980~1080℃ 1030℃

(3) High temperature firing furnace: the dried samples were fired in the high temperature furnace according to the regular firing system. Firing conditions were as follow:
Room temperature~firing temperature 150℃/hr
Firing temperature 1 hour insulation
Cooled to room temperature together with the furnace

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 4

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 5

Clay samples: small-scale experimental sintered brick sample fired at 1040℃
The firing temperature for clay sample is determined at 1040℃. After firing, the sample color turns into light yellow, with a clear sound upon tapping. The sample shrinkage ratio while firing is 0.24%.

5. Lime bursting test

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 6

The test was carried out on fired samples, and there was no lime bursting phenomenon occurred in the small-scale simulated test.

6. Frosting test

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 7

The test was carried out on fired samples, and there was no frosting phenomenon occurred in the small-scale simulated test.

7. Conclusion and suggestion

Accurate Raw Material Brick Material Analysis Testing Composition Chemical Testing Lab 8

(1) Sample clay has higher content of CaO, low plasticity and low drying sensitivity.
(2) When performing small-scale sintered bricks simulated test with 100% clay as raw material, the shaping process is rather difficult, the wet green brick strength is poor, which need to remind the client. The drying and firing performance of the shaped samples are good with moderate burning temperature from 980℃~1080℃.
(3) No lime bursting phenomenon occurred when proceeding small-scale simulated test.
(4) No frosting phenomenon occurred when proceeding small-scale simulated test.