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Viscosity Reduction Report for a Silica Fume and Diatomite Blend

November 7, 2025

последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend
последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  0EZHOU ANJEKA TECHNOLOGY CO.,Ltd                                                                                              professional Additive supplier
Dispersant Test Feedback Sheet
Test Nane Viscosity Reduction Report for a Silica Fume and Diatomite Blend
Test Start Date 2024/11/2 Test End Date  
6501A,6910A,6111,6110,6501,6500-50,6976,0301
Formulation
  Formula 1 Dosage       Formula 2 Dosage  
  Epoxy Resin 828 38       Epoxy Resin 828 38  
  AGE 8       AGE 8  
  Dispersant 0.3       Dispersant 0.5  
  Silica Fume and Diatomite Blend 54       Silica Fume and Diatomite Blend 54  
                 
                 
                 
Methods and Procedures
1.Add all above materials according to the formulation and stir at a speed of 1800 rpm.
2.Let the above formulation stand for 10 minutes.
3.When the temperature has stabilized uniformly, measure the viscosity of the above formulations.
Viscosity
Dispersant 0.3%(23°C) Dispersant Viscosity Dispersant 0.5%(23°C) Dispersant Viscosity Dispersant 0.5%,4410(0.3%) Dispersant Viscosity
6501A 8291 6501A 9421 6111 9140
6910A 5335 6910A 5455 6910A 8426
6111 6729 6111 6849 0301 7331
6110 6393 6110 6753 6501A 9521
6501 8075 6501 8243    
6500-50 5960 6500-50 6921    
6976 6248 6976 6176    
0301 5551 0301 5792    
Unknown 9517        
After oven aging at 50°C
After 24h последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  1   последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  2     последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  3    
               
               
               
6501, 6500-50, and 6110 all exhibited persistent bubbles that did not dissipate. 6501A, 6910A, 0301, and 6111 exhibited a 1-mm layer separation. Dispersant 6976 demonstrated better performance.  
               
7-Day Data Formulation without 4410
последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  4              
               
               
               
All dispersants showed only minor differences in anti-settling performance.
Formulation with 4410
последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  5              
               
               
               
After the addition of 4410, the formulation with 6910A showed the least amount of sediment, and the difference was minor.
последний случай компании о Viscosity Reduction Report for a Silica Fume and Diatomite Blend  6              
               
               
               
               
               
               
Left: 4410 + 6910A | Center: 6910A only | Right: No dispersant
Sedimentation Status With 4410 Without 4410          
0301 hard sediment hard sediment          
6910A No sediment Slight, soft sediment          
6976   soft sediment          
6111 No sediment No sediment          
6500-50   Lightly soft and subdued          
6110   soft sediment          
6501A Slight, soft sediment Slight, soft sediment          
6501   Slight, soft sediment          
Conclusion
Dispersant 6910A demonstrated the best viscosity reduction, with a marginal difference between 0.3% and 0.5% loadings.
Following 7 days of quiescent aging, minimal variation was observed in the sedimentation prevention of all dispersants. The incorporation of additive 4410, however, notably enhanced anti-settling performance.
Applicant: Dong Xie Reviewer  
Application Engineer:   Technical Manager:  
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