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Viscosity Comparison of 6911A in Various Resin Systems & Silica Powder

2026-03-23

EZHOU ANJEKA TECHNOLOGY CO.,Ltd professional additive manufaturer
Experimental Record Form
Experiment Name:	Viscosity Comparison of 6911A in Various Resin Systems & Silica Powder				Temperature/Humidity:
Client:	/	Applicant:Mr. Chen	Experimental Date:	March 23, 2026
objective:
Color paste formula
	Aluminum oxide,	boron nitride	magnesium hydroxide
828 resin	30	22.85	30
solvent	15	36	15	Dimethyl: Butanol 4:1
dispersant	0.2	0.15	0.2
powder material	54.8	41	54.8
total	100	100	100
Experimental Method
Stir at 2000 rpm for 15 minutes
Test results
alumina
	6910A	6911A	26013002	26013003
Viscosity moa.s/8℃	8299	553.3	4209	664
60 ℃ thermal storage for 1 day
	6910A	6911A	26013002	26013003
Viscosity moa.s/10℃	1992	774.3	2213	2435
Settlement situation	Slight Soft Sedimentation	Slight Soft Sedimentation	Slight Soft Sedimentation	Slight Soft Sedimentation

boron nitride
	6910A	6911A	26013002	26013003
Viscosity moa.s/8℃	8521	9738	6861	8299
60 ℃ thermal storage for 1 day
	6910A	6911A	26013002	26013003
Viscosity moa.s/10℃	10734	10070	8521	9849
Settlement situation	no settlement	Settlement 1/9	Settlement 1/7	Settlement 1/8

magnesium hydroxide
	6910A	6911A	26013002	26013003
Viscosity moa.s/8℃	110.7	774.6	332	553
60 ℃ thermal storage for 1 day
	6910A	6911A	26013002	26013003
Viscosity moa.s/10℃	553.3	553	110	664
Settlement situation	Hard Settlement	Hard Settlement	Hard Settlement	Hard Settlement
Conclusion
For alumina systems, 6911A delivers the optimal viscosity reduction effect, exhibits the lowest viscosity after thermal storage, and ensures consistent anti-sedimentation performance across the board. In boron nitride systems, 6910A provides a moderate viscosity reduction effect while boasting the best overall stability of all tested additives. For magnesium hydroxide systems, 6910A achieves the most significant viscosity reduction; however, all tested formulations show poor anti-sedimentation performance after thermal storage.

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Viscosity Comparison of 6911A in Various Resin Systems & Silica Powder

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