Plant-derived coagulants such as Cassia gum have a high cationization-flocculating activity, are biodegradable and cost-effective. However, previous studies have focused on bench-scale experiments rather than full-scale simulations. In this article, we will discuss the properties of Cassia gum, their cationization reaction, and their efficacy in wastewater treatment.

Cassia Tora Splits, also known as Senna splits, are derived from the seeds of the plant Cassia obtusifolia. The dry powder is made by dehusking, degerming, and splitting the seeds. This substance is used for several reasons, ranging from cow fodder to personal care and cosmetics items. This substance is also used as a food preservative.

Cassia gum is used to create a variety of colour shades in Henna applications. It is extracted from the leaves of a plant, the Cassia obtusifolia, which grows in many countries around the world. Although not technically henna, it has many useful uses and is often used in cosmetics and hair care products. It is safe and works well as a conditioner for the hair.

Cassia gum is used in making styling products such as hair mousse, shampoo, and shower gel. It helps to improve the feel and handling of hair in both the wet and dry stages. The cationic properties of cassia gum enable the deposition of silicone in the fibres of the hair during the shampooing process. It also imparts an improved sensory experience and can be mixed with other ingredients to create the perfect product for your hair.

The natural and healthy benefits of cassia powder are well-known. Its rich nutrient content makes it an excellent antibacterial, antifungal, and even a laxative. It is used for external use only and has many health benefits. Its natural colour is not affected by the sun and is also safe during pregnancy. It is packed in a foil pouch with a natural tang. If you are a health-conscious person, consider buying it as an alternative to expensive hair dyes.