We are committed to developing systems and methods that improve integrity integrity while providing industrial solutions throughout the world. We are a dependable source for a wide selection of industrial glass for the chemical and pharmaceutical industries, all of which is of the finest quality and available at an accessible price. We have a quality control staff at K-Jhil Scientific Pvt. Ltd that does not cut corners and ensures that quality is maintained throughout the manufacturing process. Our specialised professionals are always keen to assist clients with specific equipment operating and maintenance issues. A competent staff of technicians is also available to assist clients in any way feasible.
The K-Jhil Scientific Pvt. Ltd. Gold Refining Plant is the product of more than two decades of creating reliable and cost-effective precious metals recovery and refining systems. The technique has been successfully used in gold refining facilities across the world. The gold refining process is entirely hydrometallurgical, including oxidative leaching of golden gold bars or concentrates and selective precipitate of fine gold. Unlike traditional pyrolysis chlorination of crude bullion followed by electrolytic refining, our system has a high direct recovery rate, a short process time, a low inventory of gold linked in the process, and assures a good and safe workplace environment. The technique yields fine gold while also separating important contaminants like precious metals (PGM) and silver enabling recovery and refining. The gold refining facility at K-Jhil Scientific Pvt. Ltd. offers an unparalleled mix of cutting-edge process technology, efficient handling, great flexibility, and safety.
We have the finest Chemical Refining and Equipments for Valuable Metals and Rare Metals at K-Jhil Scientific Pvt. Ltd. Gold, silver, platinum, palladium, rhodium, and other precious metals are well-known. All of these metals are easily recoverable from a variety of sources, including e-waste, used catalyst, jewellery, ore, waste liquid or solid, and so on. We provide our customers a completely automated solution for the jewellery market. Another major area for metal recovery and recycling is rare metals. Cobalt and Molybdenum Recovery System, as well as Tantalum and Niobium Recover System, were finished by our firm. We also have experience in the sectors of iridium, indium, and ruthenium, among others. We at K-Jhil Scientific Pvt. Ltd. have over 20 years of precious metals experience. We can supply recycling, recovery, and refining systems for gold, silver, platinum, palladium, rhodium, copper, and other precious metals.
We at K-Jhil Scientific Pvt. Ltd are leading manufacturer, supplier and exporter of all types of distillation plants, In a boiling liquid mixture, a method of separating mixtures based on variations in their volatilities. Because an azeotrope cannot be separated by ordinary distillation, a third component called an entrainer is added to the mixture. This causes one of the liquids in the azeotrope to have a higher volatility than the other, allowing separation to take place. The K-Jhil Scientific Pvt.Ltd azeotropic distillation system is a procedure for breaking azeotropes in which another volatile component, known as the entrainer, the solvent, or the mass separating agent, is introduced to generate a new lower-boiling heterogeneous azeotrope. The Azeotrope Distillation unit process at K-Jhil Scientific Pvt. Ltd consists of two distillation columns: one is an azeotropic column that uses entrainer to dehydrate ethanol solution from the pre-concentration stage, and the other is a stripping column that separates entrainer from the product stream.
Full glass vessels with bottom valves, glass domes with ports for intake, solid feed, vacuum, and other functions are conventional mixing vessels made by K-Jhil Scientific Pvt. Ltd. A transportable stainless-steel frame, an ETFE-coated stirrer, a dry-running mechanical seal, and an ATEX stirrer drive are among the features. Glass tanks, mixing vessels, and reactors come in a variety of shapes and sizes, depending on the use. The usual choices provide a variety of set-ups to suit the client’s needs. In the kilo lab and pilot plant, glass reactors or mixing containers made by K-Jhil Scientific Pvt. Ltd are widely used for stirring, dissolving, mixing, extraction, and other operations. Heat exchange is possible in jacketed reactors, which allows for better dissolving and crystallization. The material of K-Jhil's mobile mixing containers may be transferred for additional processing. They can also be used as a reactor if they are fitted with condensers for vacuum distillation. Comprised of three components adapters and flexible tubing are commonly used to connect to glass reactors or other equipment.
Medicinal plants have therapeutic capabilities and are utilised in the manufacture of medications due to the active compounds they contain. They're also employed as natural flavourings, cosmetic components, and other things. Gums, fixed oils, essential oils, resin extracts, and other herbal materials are taken from plants and utilised independently. Various local processes, such as steaming, roasting, or stir baking with honey/alcoholic beverages/other components, are used to treat these resources. In the medicinal, nutrition, fragrance, and cosmetic areas, there is increased interest in MAPs, particularly in poor nations. Medicinal herbs, such as valerian, are commonly utilised as dietary supplements and in the treatment of illnesses. The extracted herbs' end products might be in the form of oil, powder, paste, or aqueous solutions. The production method for diverse herbal extracts at K-Jhil Scientific Pvt. Ltd is determined by the characteristics of the particular plants as well as the unique process needs.
The essential oil derived from the petals of several species of roses is known as rose oil (rose essence). Rose oil is produced by steam distillation, whereas rose absolutes are made through solvent extraction, with the absolute being more widely employed in fragrance. The rose oil plant at K-Jhil Scientific Pvt. Ltd goes through a solvent extraction process, in which the flowers are agitated in a vat with a solvent like hexane, which takes out the scent components as well as other soluble chemicals like wax and pigments. The extract is vacuum processed, which eliminates the solvent and allows it to be reused. A concrete is the waxy substance that remains. After that, the concrete is combined with alcohol, which dissolves the aromatic elements while leaving the wax and other materials intact. The alcohol is evaporated at low pressure, leaving the final absolute behind. Any contaminants left behind following the solvent extraction can be removed by further processing the absolute.