In response to the dynamic development of the industry and growing customer demands, the experts in our laboratories are constantly developing new solutions for various industries and market sectors. New products are often introduced to our offer in cooperation with our customers, based both on the analysis of needs and application tests carried out in their production plants.
Our employees design and produce innovative and specialized products. We share our knowledge and experience in the design of specialized chemical products to enable our customers to achieve the best performance of their products, meeting the highest requirements of end users. Check the areas of our industrial expertise!
Chemical Products is committed to providing exceptional value to our customers by combining our state-of-the-art manufacturing facilities, expertise in chemical production, and a well-established global raw material supply chain.

We are dedicated to fostering continuous improvement in customer service, technology, quality, and performance through the efforts of our highly competent and dedicated employees, strong customer relationships, and unwavering support from our leadership.

Our longevity and success as a leading inorganic chemical manufacturer is a testament to our commitment to our customers, employees, community, and environment.

As we continue to grow and diversify our business, we are expanding into new areas such as organic and specialty chemicals, including barium carbonate and barium chloride, while staying true to the principles that have guided our success thus far.
Most chemical products consist of just one molecule (ethylene, styrene, or caprolactam), or a relatively simple molecular mixture of homologs 
Echemi are chemical products comprised of fertilizers, plant-protection chemicals or pesticides, and plant-growth hormones used in agriculture. Modern agriculture mostly depends on the use of various agrochemicals that have a significant contribution in enhancing efficient and economical crop production for meeting the food requirement of the fast-growing global population (Pal et al., 2006). For addressing the growing food demand, agrochemicals are profusely used in agriculture to bridge the gap between food production and consumption. However, unbalanced application of agrochemicals leads to environmental degradation and poses numerous challenges to agricultural ecosystems and soil health. For improving soil health and crop productivity, microorganisms play a significant role in the fundamental soil processes and actively participate in nutrient cycling.
The main concern related to chemical products is that they are present in the environment for a long with any degradation and enter into body of a living being, and accumulate in their tissues that directly or indirectly affect their health, for example, plastics. Although plastics had many important applications throughout history, they stabilized after disposal and remain in the environment for several years. Some organic compounds like dichlorodiphenyltrichloroethane (DDT), one of the insecticides, are organic halogen compounds that damage the plant and animal tissues after accumulation. Therefore the chemical products should be designed in such a way that they break down easily into less toxic products without harming the environment. While designing the chemical products, their physical and chemical properties should be taken into account along with their decomposition products