Self-lubricating, chemically inert, and built to perform from −55°C to +600°C. Engineered components for the world's most demanding mechanical applications.
MK Carbon is the carbon and graphite division of Nilkanth Industries, an Ahmedabad-based engineering manufacturer established in 1987. We produce precision-machined, self-lubricating carbon-graphite components for critical mechanical applications across industries.
Building on our parent company's decades of experience in alloy casting and tribology through the trusted MK Bush brand, we bring deep material science expertise to every component.
Finished components, not just blanks
Grades tailored to your application
Local production, rapid delivery
Global quality, competitive pricing
Carbon-graphite components designed to operate where conventional materials fail.
Mechanical seal faces for pumps, turbines, fans, and compressors. Self-lubricating and chemically inert.
Radial bearings and bushes for environments where oil lubrication is impossible or prohibited.
Carbon vanes for rotary vane pumps and compressors. Oil-free vacuum with minimal wear.
High-temperature alternative to PTFE valve seats. Zero-leakage performance up to 600°C.
Precision-blended amorphous carbon and crystalline graphite, tuned for your exact operating conditions.
From pumps to pharmaceuticals, our components perform where it matters most.
Eliminate grease dependency. Our components run maintenance-free where contamination or fire hazards make conventional lubrication impossible.
Reliable from −55°C to +600°C. Where greases freeze or evaporate, our components maintain dimensional accuracy.
Resistant to most acids, solvents, and alkaline solutions. Non-toxic and available in FDA-compliant grades for food and pharma.
Carbon-graphite wears gradually. No catastrophic seizures, no unplanned downtime. Plan maintenance on your schedule.
ISO 9001:2015 certified production. Faster delivery, INR procurement, and pricing that competes with global brands.
Backed by Nilkanth Industries' established supply chain relationships. From MK Bush to MK Carbon, we know tribology.