Krishna Metallurgical Laboratories

Corrosion is one of the most common causes of material failure, especially in metals and coated surfaces exposed to harsh environments. Moisture, salt, humidity and chemicals can gradually degrade materials, affecting both their appearance and structural integrity. To prevent such issues, manufacturers rely on salt spray testing as a reliable method to evaluate corrosion resistance. Salt spray testing, also known as salt fog testing, is widely used to simulate corrosive conditions in a controlled environment. It helps determine how well materials and protective coatings can withstand exposure to salt-laden atmospheres over time. What is Salt Spray Testing? Salt spray testing is a standardized test method used to assess the corrosion resistance of materials and coatings. In this process, test samples are placed inside a chamber where a fine mist of salt solution is continuously sprayed. This creates an accelerated corrosive environment that mimics real-world conditions such as coastal e...

 As environmental regulations become stricter worldwide, industries are under increasing pressure to reduce the use of hazardous substances in their products. The automotive sector, in particular, must ensure that vehicles are safe not only during operation but also at the end of their lifecycle. This is where ELV testing plays a critical role. ELV, or End-of-Life Vehicles, refers to regulations designed to control the use of harmful materials in automotive components. ELV testing helps manufacturers verify that their products comply with these regulations, ensuring both environmental safety and regulatory approval. What is ELV Testing? ELV testing is a process used to detect and measure restricted substances in materials used in automotive parts and systems. The goal is to ensure that these substances are either eliminated or present within permissible limits. Common restricted substances include lead, mercury, cadmium and hexavalent chromium. These materials can pose serious...

 Polymers have become an essential part of modern manufacturing due to their versatility, lightweight properties and cost efficiency. From plastic components and rubber products to advanced composites, polymers are used across industries such as automotive, electronics, construction and packaging. However, their performance can vary depending on composition, processing and environmental exposure. This makes polymer testing a crucial step in ensuring material reliability and product quality. Polymer testing helps manufacturers evaluate the behavior of materials under different conditions and ensures that they meet required standards before being used in real-world applications. What is Polymer Testing? Polymer testing is a process used to analyze the physical, chemical and mechanical properties of polymer materials. It helps determine how a material will perform when subjected to stress, temperature changes, chemicals or environmental conditions. By examining these properties, ...

  Electrical and electronic products are used extensively in homes, offices, and industries. From household appliances and lighting equipment to industrial machines and electronic devices, these products rely on various components made from plastic and insulating materials. While these materials help improve performance and design, they may also pose fire risks if exposed to high temperatures. Electrical faults such as short circuits, loose connections, or overloaded circuits can cause components inside a device to overheat. If nearby plastic or insulating materials ignite due to this heat, it can lead to serious fire hazards. To prevent such risks, manufacturers perform the glow wire test , an important fire safety evaluation used to assess the ignition resistance of materials used in electrical equipment. This test helps ensure that materials used in electrical products can withstand high temperatures without causing a fire. What is a Glow Wire Test? The glow wire test is a...