PRODUCTS
Learn More +
scroll down

Products

Contact Us

NM400/NM/450/NM500


NM500 Abrasion Resistant steel plate offers outstanding hardness and durability, making it ideal for heavy-duty use in mining, construction, and manufacturing. Whether you're sourcing NM500 carbon steel plate or seeking NM500 carbon steel plate spots for fast delivery, it's essential to compare with related grades like NM450 and NM400. NM400 offers a slightly lower hardness for cost-effective wear resistance, while NM450 balances toughness and formability. Trusted brands provide consistent quality across all grades, ensuring reliable performance. Staying updated on market terms like “spots NM500 carbon steel plate” helps you secure stock quickly. Always choose certified products to ensure reliable mechanical properties.

 

Chemical Composition,/%

Grade

C

Si

Mn

P

S

Cr

Ni

Mo

Ti

B

AlS

Range

NM360

0.25

0.70

1.60

0.025

0.015

0.80

0.50

0.50

0.05

0.0005-0.006

0.01

NM400

0.30

0.70

1.60

0.025

0.010

1.00

0.70

0.50

0.05

0.0005-0.006

0.01

NM450

0.35

0.70

1.70

0.025

0.010

1.10

0.80

0.55

0.05

0.0005-0.006

0.01

NM500

0.38

0.70

1.70

0.02

0.010

1.20

1.00

0.65

0.05

0.0005-0.006

0.01

 

Mechanical Properties

Grade

Thickness/mm

Rm/Mpa

A50/%

-20℃KV2/Jitudinal)

HBW

NM360

≤80

≥1100

≥12

≥24

330-390

NM400

≤80

≥1200

≥10

≥24

370-430

NM450

≤80

≥1250

≥7

≥24

420-480

NM500

≤70

≥1300

 ≥7

 ≥24

480-520

Abrasion Resistant Metal


Abrasion resistant metal is significantly harder and more wear-resistant than ordinary mild steel, but this also makes it more challenging to process. It requires specialized cutting methods such as plasma, laser, or waterjet, and controlled welding and forming techniques.

Wear Resistance Steel Plate


In wear resistant steel plates, hardness is the primary factor that determines wear resistance. Higher hardness generally improves resistance to abrasion and surface damage. However, wear performance also depends on toughness, microstructure, and working conditions.

Best Wear Resistant Steel


The best wear resistant steel must combine high hardness, stable composition, and reliable heat treatment performance. Teda Ganghua focuses on supplying only high-quality wear resistant steel materials, including AR and NM series, with strict quality control and professional export standards.

High Wear Resistance Steel


High wear resistance steel includes several major categories such as AR steel, NM steel, high manganese steel, chromium carbide overlay plates, alloy quenched steels, and martensitic steels. Each material is designed for different wear mechanisms, including sliding abrasion, impact loading, and extreme surface erosion.

Abrasion Resistant Plate


Abrasion resistant plate is a quenched and tempered steel designed for high hardness and stable wear resistance, making it ideal for industrial abrasion environments. Compared with high manganese steel, it provides immediate and predictable hardness, while high manganese steel relies on impact-induced work hardening for performance.

Ar450 Steel Plate


AR450 steel plate is a widely used wear-resistant steel offering a balanced combination of hardness and toughness, making it suitable for general industrial wear applications. Compared with AR550, AR450 is easier to process and more versatile, while AR550 provides significantly higher hardness and wear resistance for extreme conditions.

Ar450 Steel Plate


AR450 steel plate is a higher-performance version of AR400, offering increased hardness and improved wear resistance. With a hardness range of approximately 420–480 HBW, it is better suited for heavy abrasion environments such as mining, cement production, and bulk material handling.

Ar400 Wear Plate


An AR400 wear plate is a versatile abrasion resistant steel with a hardness of approximately 400 HBW. It provides a strong balance between wear resistance and toughness, making it ideal for mining, construction, cement, and material handling industries.

Abrasion Resistant Coatings For Steel


Abrasion resistant coatings for steel are advanced surface engineering solutions that significantly improve wear resistance by applying hard alloy layers onto steel substrates. Among the most widely used technologies are chromium carbide overlay welding, tungsten carbide coatings, thermal spraying, and laser cladding.

Abrasion Plate


Abrasion plates include several major types such as AR/NM quenched wear steel, high manganese steel, hardfaced overlay plates, and bimetal wear plates. Each type is designed for different wear conditions.

Wear Resistance Steel Plate


Wear resistant steel plate is widely used in mining, cement, construction machinery, bulk material handling, and metallurgical industries where severe abrasion and impact occur.

Hard Wearing Steel Plate


Hard wearing steel plate achieves its performance through a combination of controlled hardness (typically 400–600 HBW), optimized alloy composition, and heat treatment processes.
< 1...345...13 >