J K Industries
Welcome to the realm of JK Industries, where we unlock the potential of made-to-print metal components, castings and machined wonders that emanate from the vibrant heart of India. With cutting-edge technology and state-of-the-art facilities, we ensure that each component, casting machined wonder is meticulously crafted to deliver unrivalled performance. Our streamlined processes and commitment to continuous improvement enable us to optimize costs without compromising on quality. By optimizing our processes and adhering to strict quality standards, we provide cost-effective solutions without compromising on quality.
Comprehensive Metal Casting Solutions
- Determine and evaluate foundries.
- Technical and procedural audits conducted on-site
- Comparative analysis, technological commercial negotiation, and budgetary pricing
- Support for product development, including tool design and process control
- Quality assurance
- On-site logistics and inspection.
Industrial services we deal with
Machining
JK Industries is a powerhouse in component manufacturing, employing top-notch machining expertise. We utilize a formidable array of machinery, including regular CNC machines, fourth-axis VMC machines, and HMC machines, all crafted with meticulous precision. Our arsenal of advanced measuring instruments includes height gauges, micrometers, dial gauges, bore gauges, hardness testers, roughness testers, and much more. Additionally, we offer third-party services such as CMM, counter tester, profile projector, and radiography, ensuring thorough quality checks and precise evaluations.
Aluminium And Copper Extrusion
Aluminum and copper expulsion are adaptable assembling processes used to shape and frame these metals into wanted profiles. By applying intensity and tension, strong round and hollow billets are constrained through a bite the dust, making many-sided cross-sectional shapes. Expelled aluminum and copper parts are profoundly esteemed in the development, car, and electrical enterprises. Their great strength, conductivity, and protection from erosion make them ideal for a large number of modern applications.
Aluminium And Copper Extrusion
Aluminum and copper expulsion are adaptable assembling processes used to shape and frame these metals into wanted profiles. By applying intensity and tension, strong round and hollow billets are constrained through a bite the dust, making many-sided cross-sectional shapes. Expelled aluminum and copper parts are profoundly esteemed in the development, car, and electrical enterprises. Their great strength, conductivity, and protection from erosion make them ideal for a large number of modern applications.
Steel Castings
Steel castings are produced through sand and investment casting processes. They come in various types, such as carbon steel, wear-resistant castings, stainless steel, and low/high alloy steel. Nickel base alloys are also used. These castings adhere to international standards like ASTMA 216, 217, 297, 351, 352, and 487. Steel castings offer a wide range of options to meet different industrial requirements.
Lost Wax Investment for steel & few non-ferrous alloys
Lost wax investment casting is a precise method used for creating steel and selecting non-ferrous alloy components. It involves creating a wax pattern, coating it with ceramic, and then melting the wax to form a mould. This process allows for intricate designs and an excellent surface finish.
Lost Wax Investment for steel & few non-ferrous alloys
Lost wax investment casting is a precise method used for creating steel and selecting non-ferrous alloy components. It involves creating a wax pattern, coating it with ceramic, and then melting the wax to form a mould. This process allows for intricate designs and an excellent surface finish.
Non – Ferrous Castings
Non-ferrous castings refer to the production of components using metals other than iron. Common non-ferrous metals include aluminium, copper, zinc, and brass. These castings possess unique properties such as lightweight, corrosion resistance, and electrical conductivity, making them suitable for various applications across industries.
Lost Foam Castings for Iron Castings
Lost foam casting is a technique used for creating iron castings. It involves creating a foam pattern, coating it with refractory material, and then pouring molten iron to replace the foam. This process allows for complex shapes and precise details in iron castings.
Lost Foam Castings for Iron Castings
Lost foam casting is a technique used for creating iron castings. It involves creating a foam pattern, coating it with refractory material, and then pouring molten iron to replace the foam. This process allows for complex shapes and precise details in iron castings.