Three decades deep in tungsten carbide.
Carbide India — the manufacturing identity of Yogeshwar Engineering Pvt Ltd — has engineered the complete tungsten carbide lifecycle from Nashik since 1989: from raw tungsten metal powder to finished, micron-ground tooling and tungsten-copper components.
- 1989
- Established
- 25 MT
- Annual capacity
- 05
- Product families
- Powder → Product
- Full lifecycle
- Worldwide
- Export capable
- Extreme precision
- Maximum durability
- Extended tool life
- 25 MT annual capacity
- ±0.005 mm ground tolerance
- 1,450 °C sintering
- 100% in-house process
- Powder to product
A1 — Why we exist
Purpose, machined in.
Vision
To make Indian-engineered tungsten carbide a global benchmark for precision, durability and value — proving the entire carbide lifecycle can be mastered under one roof.
Mission
To engineer tooling that lasts longer and works harder — controlling every stage from tungsten powder to finished part, so each component we ship is consistent, certified and economical.
01
Powder to product
We control the whole chain in-house — from tungsten metal powder to the finished, diamond-ground part.
02
Microstructure mastery
Three decades understanding not just the process, but the microstructural behaviour behind consistent carbide.
03
Durability, economically
Longer tool life and higher durability — delivered at rates that make sense for Indian and global industry.
A2 — What we make
Five families. One material science.
From tungsten metal powder we engineer five core product families — each grade, geometry and finish tuned to how the part actually fails in service.
Mining Tool Inserts
Impact-grade button bits and excavation tips engineered to survive rock, ore and abrasive earth where ordinary steel fails in hours.
- DTH button bits & rock roller bits
- Drill steel rods & cross bits
- Coal & stone auger tips
- Octagonal / square inserts
- Bucket-wheel excavation tips
Cutting Tool Inserts
Precision inserts and broaches that hold their edge across long production runs — for metal, plastic granule, asbestos sheet and general-purpose cutting.
- Metal cutting tips
- Plastic granule cutting
- Asbestos sheet cutting
- Steel machining broaches
- C.I. & general purpose
Metal Forming
Dies, pellets and punches that shape metal under extreme pressure without deforming — the tooling behind high-volume forming lines.
- Heading pellets
- Wire-drawing dies
- Cold-heading dies
- Draw punches
- Forming rolls
Tungsten Copper
Tungsten-copper components where arc-erosion resistance and thermal conductivity are non-negotiable — from EDM to aerospace balancing.
- EDM electrodes
- Rigid bars
- Switchgear electrical contacts
- Riveting dollies & bucking bars
- Fuselage mass balancing
- Vibration damping
Wear Parts
Ultra-reliable custom wear components for process plants — where an unplanned shutdown costs far more than the part ever will.
- Mechanical seal rings
- Nozzles & knives
- Slips & plug gauges
- Petroleum-industry parts
- Blade-industry gauges
A3 — Infrastructure
The machines behind the micron.
A modern Nashik plant that runs the full powder-metallurgy chain in-house — from PLC-driven presses to vacuum sintering and a metallurgical lab that certifies every batch.
INF/01
PLC-controlled compaction
High-Tonnage Hydraulic Presses
Carbide powder is compacted into dimensionally stable green compacts under precisely programmed pressure.
INF/02
Controlled-atmosphere pre-sinter
Continuous Hydrogen Furnaces
Compacts are pre-sintered in a reducing hydrogen atmosphere — machinable, yet stable enough to hold geometry.
INF/03
Liquid-phase · up to 1,450 °C
Vacuum Sintering Furnaces
Full densification fuses carbide and binder into a void-free structure — the moment powder becomes carbide.
INF/04
Diamond-wheel · ±0.005 mm
Grinding & Lapping Machines
Every face, radius and cutting edge is brought to final tolerance and mirror finish on diamond abrasives.
INF/05
Computerised microscope + hardness testers
Metallurgical Laboratory
Microstructure, grain size, density and hardness are verified batch by batch for full metallurgical certification.
Under one roof
Powder metallurgy, pressing, sintering, grinding and QC — one facility, full traceability.
MIDC Ambad · Nashik · IN
RFQ — 24 h engineering response
Send us your
hardest problem.
Share a drawing, a failing part, or a duty cycle. Our application engineers reply within 24 hours with DFM feedback, a grade recommendation, and a technical quote.