BIS/CRS registration

BIS Certification for Solar Panels in India BIS Certification for solar panels is a vital component of India's renewable energy landscape. As the world continues to grapple with the challenges of climate change and environmental sustainability, the adoption of renewable energy sources has become more critical than ever. Solar power, in particular, has gained immense popularity in India, thanks to its abundant sunlight and the government's push for clean energy solutions. To ensure the quality and reliability of solar panels in the Indian market, the Bureau of Indian Standards (BIS) has established a certification process. In this blog, we will explore the significance of BIS Certification for solar panels in India. Compulsory Registration Scheme under BIS The Bureau of Indian Standards has played a pivotal role in regulating product quality and safety in India. Established in 1986, BIS is a government agency responsible for creating and enforcing standards for a

BIS REGISTRATION FOR ORTHO-PHOSPHORIC ACID - IS 798: 2020 Product Description for Ortho-Phosphoric Acid as per BIS Guidelines IS 789:2020 Ortho-phosphoric acid, also known as phosphoric acid or H 3 PO 4 , is a colourless, odourless and highly acidic chemical compound with a crucial role in various industries and applications. It is a mineral acid composed of three hydrogen atoms, one phosphorus atom and four oxygen atoms. On June 15, 2021, The Bureau of Indian Standards incorporated Ortho-phosphoric acid into Compulsory RegistrationScheme II as outlined in Schedule 2 of BIS Certification, conforming to Indian Standards IS 798:2020. Ortho Phosphoric Acid, like many other chemical products, requires BIS registration before it can be legally imported and sold in India. It is mandatory for all variants and brands of Ortho-Phosphoric Acid to obtain BIS Registration. This registration is granted to both manufacturers and importers , irrespective of whether they operate within Indi

  In the ever-evolving Indian consumer goods and products market, the ISI certification is a testament to India's quality and safety standards. Recent news stories have thrust this certification into the spotlight, underscoring its critical role in ensuring consumer safety and promoting product excellence. This blog explores the Indian Standard Institute (ISI) certification, its significance for consumers and manufacturers, and its profound impact on the market. Indian Standard Institute Certification (ISI Mark) The Indian Standard Institute (ISI) certification, often called the ISI mark , is a prestigious quality and safety certification system in India. It is administered by the Bureau of Indian Standards (BIS), the national standards body of India. The ISI certification serves as a reliable indicator that a product complies with specific quality, safety and performance standards set by the BIS. To obtain the ISI certificate , manufacturers must undergo a rigorous evaluation an

In today's globalized world, quality and safety standards are paramount for ensuring the reliability of products and services. One such standard that plays a crucial role in various industries, especially in India, is the Bureau of Indian Standards (BIS) certification. The BIS certification, often called the BIS mark, is a mark of quality and conformity to Indian standards. In this blog, we will explore the BIS certificate and why it is required in various sectors. What is BIS Certification? The Bureau of Indian Standards (BIS) is a national body responsible for developing and maintaining standards for various products and services in India. BIS certification is a process through which products and services are tested, evaluated, and certified to meet specific Indian standards. When a product or service receives BIS certification, it can display the BIS mark, signifying that it complies with the prescribed quality and safety standards. BIS Certification Required Products The list o

ISI/BIS certification for PVC Insulated Cables for Voltages up to and Including 1100 V According to the IS 694:2010 standard, PVC insulated cables are designed for a working  voltage of up to and including 1100 V. This standard establishes the basic requirements for cables/cords, whether they are single or multicore, with the possibility of having either rigid or flexible annealed bare/tinned copper and aluminum conductors. These cables are insulated and sheathed with polyvinyl chloride (PVC) and are intended for use in electric power and lighting applications. Additionally, they are suitable for outdoor and low-temperature use. The cables specified in this standard are also suitable for use on direct current (DC) systems with rated voltages up to and including 1,500 V to earth. Moreover, the standard cover's cables with different fire performance categories, such as FR (Flame-retardant) and FR-LSH (Flame-retardant low smoke and halogen). The conductor temperatures of these cables