HRC65 SUS-2r Tungsten Carbide Ticn Coated Ball End Milling for CNC Machine

Customization:	Available
Voltage:	220V/380V
Customized Support:	OEM

📊 Basic Info.

Model NO.: carbide ball

Material: Wc 94%, Co 6%

Transport Package: Export Packing

Specification: As Your Request

Origin: China

Production Capacity: 5000/Month

⚙️ Product Description

Wear-Resistant Alloys: An Introduction

Wear-Resistant Alloys are a class of materials specifically engineered to withstand surface degradation and material loss caused by mechanical wear. This wear can result from abrasion (scraping), erosion (impact by particles), adhesion (galling and seizing), and impact.

Their primary function is to extend the service life of industrial equipment, reduce downtime, and improve operational efficiency in demanding environments.

🔬 The Science of Wear Resistance

Wear resistance is a complex system behavior. The key to a material's wear resistance lies in its ability to resist plastic deformation and fracture through:

High Hardness: Resists penetration and abrasion by hard particles.
Work Hardening: Ability to become harder at the surface when impacted (e.g., Hadfield manganese steel).
Toughness: Resists chipping and cracking under impact loads.
Microstructure: Presence of hard carbides (chromium, tungsten, vanadium) in a tough metallic matrix.

🛠️ Major Types of Wear-Resistant Alloys

Alloy Type / Base	Key Characteristics	Common Grades	Primary Applications
Martensitic Steels	High hardness and strength via heat treatment.	AR400, AR500, 4140, 4340	Mining buckets, crusher liners, bulldozer blades.
Austenitic Manganese Steel	"Hadfield Steel". Extremely tough and work-hardening.	A128 Grade C, MN13, MN18	Jaw crusher liners, railroad frogs, rock drill bits.
High-Chromium White Cast Iron	Exceptional abrasion resistance via chromium carbides.	Ni-Hard, A532	Slurry pump casings, mill liners, pulverizer rolls.
Carbide Composites	Tungsten carbide particles in a cobalt/nickel matrix.	Stellite, WC-Composites	Hardfacing, cutting tools, drill bits.
Cobalt-Based Alloys	Resistance to wear, corrosion, and red-hardness.	Stellite, Haynes alloys	Gas turbine blades, saw tips, engine components.
Nickel-Based Alloys	Good wear and corrosion resistance at high temperatures.	Inconel, Colmonoy	Chemical equipment, aerospace, hardfacing.

🏗️ Common Application Methods

These alloys protect base materials in several ways:

Cast Components: Entire parts cast from the alloy.
Wear Plates: Hardened steel sheets bolted or welded onto surfaces.
Hardfacing / Cladding: Layer welded onto a cheaper, tougher base metal.
Thermal Spray: Alloy coating sprayed onto a surface.

✨ Product Showcase

🏭 Manufacturing & Quality Control

📦 Packaging & Shipping

❓ FAQ

What is the Warranty for the tungsten carbide products?

We use high-precision grading machines to control geometry dimensions and apply ultra-fine grain size substrates with high-performance coatings to guarantee lifetime performance. If any quality problems occur on our side during this period, we will handle the shipping costs and replacements.

Do you provide free samples?

Yes, we usually provide free samples for testing, provided that the freight is paid by the customer.

What is your minimum order requirement?

The MOQ for each item is indicated in the quotation. We accept sample and trial orders. If a single item does not reach MOQ, the sample price will apply.

What is the delivery time for your products?

It depends on stock availability. Items in stock are delivered within 8 working days; otherwise, the delivery time is approximately 20 working days.

Can you manufacture carbide Special-shaped products?

Yes, we can produce both standard end mills and special tools according to your specific drawings and samples.

May I have my order working schedule?

Yes, we send a weekly working schedule for your order. We inspect and test all merchandise before shipment and send detailed inspection pictures for your confirmation.