32586-82-6 Purity
95%
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Specification
For the first time, facilely synthesized zinc carbonate nanoneedles were integrated into cotton fabrics by padding method at around neutral pH and under alkaline treatment conditions (using sodium hydroxide) to obtain flame retardant effect on fabrics. The flame retardant properties of the treated fabrics were investigated by determining the limiting oxygen index (LOI) and vertical burning test. It was found that the fabric treated with zinc carbonate nanoneedles under alkaline conditions had an LOI value of 30 at 600°C, a specific char length of 40mm, and a char mass retention of more than 40%.
Three different formulations (A, B, C) were prepared for application on cotton fabrics. Solution A contained nano zinc carbonate (in fact, pH was neutral), and solutions B and C contained a mixture of (nano zinc carbonate → sodium hydroxide) [by adjusting pH-10] and sodium hydroxide alone, respectively. Three cotton fabrics were immersed in the corresponding solutions at 80°C for 1 hour. Thereafter, the treated fabrics were passed through a mill by maintaining a running speed of 15m/min and a mill pressure of 15kgf/cm. The padded samples were air dried and then cured at 140 °C for 3 min.
The molecular formula of zinc carbonate is ZnCO3.
No, zinc carbonate is insoluble in water.
The primary hazard of zinc carbonate is its threat to the environment.
Zinc carbonate is used in pharmaceuticals and as a feed additive. It is also used to make other zinc compounds.
Zinc carbonate belongs to the family of Organic Carbonic Acids and Derivatives.
The CAS number of zinc carbonate is 3486-35-9.
No, zinc carbonate does not have any hydrogen bond donor count.
Zinc carbonate has 3 hydrogen bond acceptor counts.
The molecular weight of zinc carbonate is 125.4 g/mol.
No information is provided in the reference about whether zinc carbonate is considered a toxin.