Moniji Enterprises has been a leading supplier of premium quality Tungsten Carbide Rods since 2002, supported by our skilled team and technological advancement.

Over 20+ Years of Industry Trust
Established in 2002, Moniji Enterprises is India's leading supplier of premium quality Tungsten Carbide Rods and the Official Distributor PAN India for Shareate Tools LTD (SSE STAR Market: 688257) and BYC. Backed by over 20 years of domain expertise, technical commitment, and industrial trust, we cater to our clients' precise dimensional and application requirements, supplying top-grade carbide components that drive efficiency across all engineering sectors.
Our direct partnerships with Shareate Tools LTD (ISO 9001 & API Spec Q1) and BYC ensure 100% genuine products with full batch traceability.
We supply a massive selection of solid, coolant-hole, helical (30°/40°), and preform configurations tailored to customer specs.
Tooling Clients Supplied
We believe high-performance manufacturing requires premium raw materials. Our approach centers on metallurgical consistency, direct factory relationships, and authorized PAN India distribution.
To be the most trusted national partner for premium Tungsten Carbide components, driving efficiency across industrial sectors.
To supply high-hardness, wear-resistant carbide rods with strict quality standards and prompt customer service.
Moniji Enterprises has been a leading supplier of premium quality Tungsten Carbide Rods since 2002, supported by our skilled team and technological advancement.
Ready stocks of solid, 1-hole, 2-hole, and 3-hole rods with the flexibility of cut pieces.
Mixed branded rods from all over Europe & USA, alongside premier Chinese manufacturers.
Proper knowledge of the concentration of cobalt and grade geometries for varied tooling needs.
We work directly with key factories to maintain quality control on hardness and density.
Call Any Time
We cater to tooling manufacturers, automotive, aerospace, and general engineering workshops, providing precise raw carbide rods matching all international standards.
We source EU 10, CH 10, MU 10, and MU 12 grades directly from world-class manufacturers to offer chemical consistency and maximum wear-resistance.
We operate advanced cutting machinery on-site to crop solid or coolant-hole rods into custom lengths as per exact customer requirements.
Metallurgical Grade Matching
HRA, HV30 & TRS Inspection
Shareate & BYC Official Supply
Just-in-Time Delivery & Stock

Providing 10% to 12% cobalt concentration options to match specific cutting tool geometries.
Ultra-fine grain sizes down to 0.6 µm ensuring excellent edge retention and tool life.
Direct partnerships with leading global manufacturers to ensure consistency across batches.
Utilizing the purest pure-grade raw powders to yield high hardness (up to 92.5 HRA).
Find immediate answers regarding chemical compositions, cobalt binders, dimensions, and grade applications.
Contact: +91 9923122963
Cobalt acts as the metal binder for the Tungsten Carbide particles. The concentration (e.g., 10% in EU 10/CH 10/MU 10, or 12% in MU 12) determines the balance between hardness and toughness; a higher cobalt percentage increases impact resistance but slightly lowers hardness.
CH 10 uses a blend of recycled and virgin powder, offering a highly economical 10% Cobalt rod. MU 10 is manufactured using the purest virgin raw powder with a sub-micron grain size (0.6 µm), designed for high-performance machining where tool integrity is critical.
Yes, we provide full on-site cutting flexibility. We can supply all grades of Tungsten Carbide Rods cut to exact customer-specified lengths to help reduce scrap and custom tool manufacturing times.
Grade MU 12 has 12% Cobalt content, a hardness of 92.5 HRA, a density of 14.10 g/cm³, and a Transverse Rupture Strength of 4000 N/mm². It is highly suitable for machining alloy steels, aluminium alloys, and cast iron.
For stainless steels and heat-resistant superalloys, we recommend Grade MU 10. Its fine grain size of 0.6 µm combined with 10% Cobalt binder provides the extreme wear resistance and thermal shock properties needed for tough alloys.