Wear Plates

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MOQ : As per Requirement Piece

Wear Plates Specification

Strength
High strength

Purity
99%

Product Type
Industrial Plate

Material
Wear Resistant Alloy Steel

Alloy
Yes

Shape
Rectangular

Moisture
Nil

Chemical Composition
Alloy Steel (Cr, C, Mn, Mo)

Application
Heavy Machinery, Mining Equipment, Construction, Cement Industry

Dimension (L*W*H)
200x80x20 mm

Color
Silver Grey

Wear Plates Trade Information

Payment Terms
Cheque

Delivery Time
AS PER REQUIRMENT Days

Sample Available
Yes

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia

Main Domestic Market
All India

About Wear Plates

We have gained immense experience in the market of industrial casting for manufacturing and exporting a wide gamut of Wear Plates. All these plates are used in machines to reduce wear and add support. A quality range of these plates is manufactured at our end using high grade metals. Our entire stock of Wear Plates is featured with rigid construction, durable quality and corrosion resistant surface. Available in distinct specifications, all these plates are highly renowned in the market.

Exceptional Durability for Heavy Industry

Our wear plates are precisely engineered to withstand intense pressure and wear in heavy-duty environments. The specialized alloy composition, containing Chromium, Carbon, Manganese, and Molybdenum, enhances their lifespan, making them ideal for machinery used in mining, construction, and cement production. This high-performance solution reduces downtime and maintains operational efficiency even in the most abrasive conditions.

Distinctive Features and Specifications

Featuring a silver-grey coloration, our plates measure 200x80x20mm and maintain a high purity of 99%. Their rectangular shape ensures compatibility with a variety of industrial setups. The use of wear-resistant alloy steel and the exclusion of moisture contribute to the integrity and longevity of the plates, guaranteeing consistent performance across various applications.

FAQs of Wear Plates:

Q: How are these wear plates used in heavy machinery and mining equipment?

A: These wear plates are installed on surfaces that receive high abrasion and impact in machinery and mining equipment, providing a resilient barrier that minimizes wear on expensive equipment parts and extends their operational life.

Q: What makes the alloy composition of these wear plates beneficial?

A: The wear plates are crafted with alloy steel enriched with Chromium, Carbon, Manganese, and Molybdenum. This composition significantly enhances their strength, hardness, and resistance to corrosion, ensuring prolonged durability in harsh industrial environments.

Q: When should you consider replacing your current machinery lining with these wear plates?

A: Replacement is recommended when you observe excessive wear on existing components, increased equipment downtime, or escalating maintenance costs. Introducing these high-strength wear plates helps optimize machinery performance and reduce future repair expenses.

Q: Where can these wear plates be installed for maximum benefit?

A: They are ideally suited for high-impact and high-friction zones such as chutes, hoppers, bucket linings, and transfer points within heavy machinery, mining, construction, and cement industry equipment.

Q: What is the process for manufacturing these high-strength wear plates?

A: The plates are manufactured using advanced metallurgical techniques, carefully blending alloying elements, casting, and precision heat treatment to achieve high purity, superior strength, and wear resistance.

Q: How does the high purity (99%) of the alloy steel affect wear plate performance?

A: High purity in alloy steel eliminates impurities that can weaken the material. This ensures a uniformly tough structure, resulting in enhanced reliability and service life under extreme industrial conditions.

Q: What are the main benefits of using these wear plates in industrial applications?

A: The main benefits include extended equipment lifespan, reduced maintenance frequency, improved safety, and operational savingsall of which are critical for industries facing rigorous wear and impact challenges.

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