Crusher Wear Parts

Maximize Your Crushing Efficiency with Standard & Redefining Crusher Wear Parts!

Our crusher wear parts are specifically designed to enhance the performance and longevity of your crushing equipment, ensuring it operates at its full potential. We offer a wide range of premium-quality wear parts suitable for different types of crushers, and we guarantee to provide the right parts for your needs. Our team of highly skilled engineers and technicians employs advanced manufacturing processes and cutting-edge technology to produce wear parts that are durable, reliable, and cost-effective. Don’t let worn-out or damaged wear parts affect your crushing operations. Contact us today and discover the difference our crusher wear parts can make!

Just the right level

Crusher wear solutions that match and scale with your needs

Productive sustainability

Optimal chamber selection coupled with long-lasting wear parts support your production and sustainability targets

OEM quality

Applying the strictest standards and tolerances for guaranteed safety and reliability

Availability

With 5 distribution centers world-wide, we supply wear parts where and when you need them

Wear parts for your application

Right crusher wear parts for your application for maximum performance

Full support

We are here to assist from choosing crusher wear parts to installation, service and beyond

Various Type Of Crusher Wear Parts

Westom Global supplies a wide range of high-quality crusher wear parts for gyratory, cone, VSI, HSI, and jaw crusher crushing equipment, with various optimized alloy recipes to deliver increased.

Cone-Crusher-Wear-Parts

Cone Crusher Wear Parts

Westom Global offering:

  • Mantles
  • Bowl liners
  • Concaves
  • Feed cones
  • Main frame liners
  • Protection cones
  • Arm guards
Jaw-Crusher-Wear-Parts

Jaw Crusher Wear Parts

Westom Global offering:

  • Fixed jaw plates
  • Movable jaw plates
  • Cheek plates
  • Toggle plates
Gyratory-Crusher-Wear-Parts

Gyratory Crusher Wear Parts

Westom Global offering:

  • Mantles
  • Concave segments
  • Bottom shell side liners
  • Spider cap
  • Arm liners
  • Rim liners
Impact-Crusher-Wear-Parts

Impact Crusher Wear Parts

Westom Global offering:

  • Blow bars
  • Breaker plate liners
  • Frame liners
  • Apron liners
Cone-Crusher-Wear-Parts

VSI Crusher Wear Parts

Westom Global offering:

  • Rotor tip sets
  • Back-up tips
  • Tip / Cavity wear plates
  • Upper and lower wear plates
  • Top and bottom lipped wear plates
  • Feed tube and feed eye ring
  • Trail plates
  • Retaining bars
  • Taper locks
  • Rotor bosses
  • Anvil Ring and Anvils

Material Selection of Crusher Wear Parts

Choosing the right material is the most effective way to extend the life of the wear parts of the crusher. We not only provide standard wear parts but also provide redefining wear parts for customers.

Standard Wear Parts

Standard materials make standard wear parts.

MaterialWorking ConditionsSuit Wear Parts
14% ManganeseIn some soft rock applications, 14% manganese can perform better than other grades of manganese.Under normal conditions, it will work harden but it is not recommended for abrasive and hard rock applications due to the likelihood that excessive wear will occur.Crusher Jaw Plates
Cheek Plates
Cone Crusher Liners
Gyratory Crusher Mantle
Gyratory Concave Segments (Upper Intake Liners and Chamber Mid Liners)
Impact Crusher Apron Liners
18% ManganeseThis grade of manganese is our standard. It performs well in most aggregate and recycling applications. it has an initial hardness of around 230 BHN (Brinell Hardness) but can work harden to 400 BHN during operation.Crusher Jaw Plates
Cheek Plates
Cone Crusher Liners
Gyratory Crusher Mantle
Gyratory Concave Segments (Upper Intake Liners and Chamber Mid Liners)
Impact Crusher Apron Liners
22% ManganeseLike the 18% manganese, this material has a higher initial hardness of 248BHN.

On hard rock applications, 22% manganese can offer longer wear life, increased uptime and can outperform other grades of material.
Crusher Jaw Plates
Cheek Plates
Cone Crusher Liners
Gyratory Crusher Mantle
Gyratory Concave Segments (Upper Intake Liners and Chamber Mid Liners)
Impact Crusher Apron Liners
20% ChromeWorking condition with large feed particle size Crusher Blow Bars
Impact Plates
Side Plates
VSI Feed Tube
VSI Shoes
VSI Anvils
Gyratory Concave Segments (Chamber Bottom Liners)
27% ChromeWorking conditions with medium and small feed sizeCrusher Blow Bars
Impact Plates
Side Plates
VSI Feed Tube
VSI Shoes
VSI Anvils
Gyratory Concave Segments (Chamber Bottom Liners)

Redefining Wear Parts

According to the market’s development and demand, Westom Global has developed several unique materials for wear parts.

Standard MaterialUpgraded Version MaterialSuit Wear Parts Comparison of the two materials
Manganese Steel Manganese Steel + TICCrusher Jaw Plates
Crusher Blow Bars
Cone Crusher Liners
Gyratory Crusher Mantle
For crusher jaw plate, increase service life by 100%-150%
For crusher blow bars, increase service life by 60%-100%
For cone crusher liners, increase service life by 50%-100%
For gyratory crusher mantle, increase service life by 30%-60%
Chrome SteelChrome Steel + CeramicCrusher Blow Bars
Impact Crusher Plate
VSI Anvils & Shoes
For crusher blow bars, increase service life by 200%-300%
For impact crusher plates, increase service life by 150%-200%
For VSI anvils & shoes, increase service life by 150%-200%

FAQ

How to order those crusher wear parts from Westom Global?

Westom Global has manufactured all popular brands of wear parts, so you can send your inquiry part number or drawings.

How to get redefining wear parts from Westom Global?

Step 1: We need to know your working conditions, such as the crushed material and input sizes.

Step 2: Our engineer will make design drawings for you.

Step 3: Manufacture and send you goods.

Step 4: After you use it, you should give us the feedback and pay the rest of the payment.

What is the key factors to consider when selecting crusher wear parts?

Key factors to consider include the type of crusher, the type of material being crushed, the desired output size, and the operating conditions.