Jaw Plate

Rubber Screen Panel vsPolyurethane Screen Panel

a comprehensive comparison of materials, performance and application scenarios

1. Material and structure comparison





Comparison dimensions



Rubber Screen Panel



Polyurethane screen plate





Basic materials



Mainly made of natural/synthetic rubber (nitrile, chloroprene rubber), bonded with metal frame



Polyurethane elastomer as the core, can be combined with metal frame





Structural characteristics



Strong elasticity, low rigidity, less modular design, light weight (about 15kg/㎡)



Adjustable hardness (Shore 20A-95A), compact structure, similar weight but more solid





Applicable scenarios



Small and medium-sized vibrating screens, high-frequency vibration equipment



Large screening equipment, heavy vibrating screen (such as relaxation screen)







2. Core performance differences

1. Wear resistance

Rubber Screen Panel: suitable for medium hardness materials (raw coal, sand and gravel), with a service life of 3-6 months; easy to wear under high hardness ores (iron ore).

Polyurethane screen plate: wear resistance is 3-5 times that of rubber, with a service life of 6-12 months, suitable for high impact materials (gold mines, copper mines).

2. Impact resistance and elasticity

Rubber Screen Panel: excellent elasticity, absorbs high-frequency vibrations, but long-term impact is prone to tearing and delamination.

Polyurethane screen plate: higher tear strength (30-60kN/m), suitable for large particle screening, stable impact resistance.



3. Corrosion resistance and weather resistance

Rubber Screen Panel: general acid and alkali resistance, synthetic rubber temperature resistance -30℃~80℃, easy to age.

Polyurethane screen plate: excellent acid and alkali resistance, oil resistance, applicable temperature -40℃~100℃, anti-ultraviolet aging, suitable for outdoor humid environment.



4. Screening efficiency and clogging

Rubber Screen Panel: The inverted cone screen hole has strong self-cleaning ability, but the elastic deformation affects the precision of fine particles.

Polyurethane screen plate: The screen hole shape is regular (square/circular), the hardness is high and the deformation is small, and the "secondary bounce" structure is used to reduce the clogging of wet and sticky materials.

5. Noise and energy consumption

Rubber Screen Panel: strong vibration absorption, low noise of 5-20 decibels, and low energy consumption.

Polyurethane screen plate: noise is reduced by 10-15 decibels, long-term wear resistance and stable energy consumption.

3. Application scenarios and industry adaptation








Screen plate type



Applicable materials



Suitable equipment



Typical industries:





Rubber Screen Panel



Medium hardness, dry/slightly wet materials (raw coal, quartz sand)



Small and medium-sized vibrating screens, circular vibrating screens



coal preparation plant, sand and gravel building materials plant,





Polyurethane screen plate



High hardness, corrosive, wet and sticky materials (gold mines, construction waste)



Large vibrating screens, tension screens



Metal mine, solid waste treatment, water conservancy project







4. Cost and maintenance comparison

Purchase cost: The price of polyurethane screen plate is 30%-50% higher, but it has a long life and lower overall cost.



Maintenance difficulty:



Rubber Screen Panel: The bonding layer needs to be checked regularly and the replacement frequency is high.



Polyurethane screen plate: Modular design supports local replacement and convenient maintenance.



5. Selection suggestions

Choose Rubber Screen Panel: limited budget, low material hardness, high equipment vibration frequency (such as high-frequency screen).



Choose polyurethane screen plate: highly corrosive environment, wet sticky material clogging problem, and pursuit of long-term screening accuracy (such as ore selection).



6. Actual case reference

Coal mine raw coal screening: Choose Rubber Screen Panel, which has low cost and strong self-cleaning ability and is suitable for dry environment.



Gold mine wet ore processing: Use polyurethane screen plate, which is wear-resistant and corrosion-resistant, and significantly reduces mud and water clogging.



Contact Us

Annie Lu

Huatao Group

Email: annie.lu@huataogroup.com

Mobile: 0086 18032422676 (WhatsApp/WeChat)

Website: www.tufflexscreen.com

Mainly Products:

Polyurethane Fine Screen Panel Tufflex Screen Poly Ripple Screen Shale Shaker Screen Crusher Machinery

The Complete Guide to Crusher Selection: Matching Jaw, Cone & Impact Crushers to Your Mining Operation's Needs




1. The Comminution Challenge: More Than Just Breaking Rocks

In today's competitive mining environment, crushing isn't a standalone process—it's the foundation of your entire mineral processing economics. Every decision in your crushing circuit cascades through grinding, separation, and final product quality. Get it wrong, and you pay the price in energy consumption, maintenance costs, and lost recovery opportunities.



The Modern Mining Dilemma:

Declining Ore Grades: Processing more material for the same metal output

Energy Intensity: Comminution accounts for 30-50% of mining's energy use

Water Scarcity: Dry processing demands more precise size reduction

Sustainability Pressure: Lower carbon footprint and higher efficiency expectations



What if you could optimize your crushing circuit not just for today's ore, but for the next decade's challenges?







2. The Three Fundamental Breaking Principles

Before selecting equipment, understand the physics behind particle reduction:



Compression Crushing (Jaw & Cone Crushers):



Mechanism: Progressive material compression between two surfaces

Best For: Hard, abrasive materials (iron ore, granite, basalt)

Energy Efficiency: High—most energy goes directly into breaking

Product Characteristics: More cubical particles, fewer fines



Impact Crushing (Impact Crushers):

Mechanism: High-velocity impact against anvils or breaker plates

Best For: Medium-hard, non-abrasive materials (limestone, recycled concrete)

Energy Efficiency: Medium—some energy lost to particle acceleration

Product Characteristics: Excellent grain shape, higher fines production



Attrition/Grinding (Specialized Mills):

Mechanism: Particle-on-particle abrasion in a confined space

Best For: Fine grinding applications beyond typical crusher scope

Note: Usually follows crushing stages in the comminution circuit




Advantages

-Jaw Crushers excel in primary crushing applications with exceptional robustness and high throughput capacity for large feed materials. Their simple design ensures reliable operation and easy maintenance, making them ideal for handling the toughest ores in initial size reduction stages.

-Cone Crushers specialize in secondary and tertiary crushing, delivering precise particle size control and excellent product shape through interparticle compression. They offer superior energy efficiency, reduced wear costs in abrasive applications, and consistent performance for high-quality aggregate production and mill feed preparation.

-Impact Crushers provide versatile solutions with superior product cubicity and the ability to handle various materials including recycling applications. Their high reduction ratios, adjustable output gradation, and lower capital investment make them optimal for medium-hard materials where product shape significantly impacts value.






The Selection Matrix: Making Data-Driven Decisions

Define Your Product Goals

Coarse Aggregate Production: Impact → Cone → Jaw (for shape quality)

SAG Mill Feed Preparation: Jaw → Cone (for size distribution)

Ball Mill Optimization: Cone → Impact (for fines management)

Direct Shipping Ore: Jaw → Cone (for size control)



Ready to Optimize Your Crushing Circuit?

Download Our Selection Guide:

"The Mining Crusher Handbook: From Selection to Optimization"

Request a Free Circuit Audit:

Our engineers will analyze your current setup and identify improvement opportunities



Connect with Our Crushing Specialists:

Annie Lu | Huatao Group


Email: annie.lu@huataogroup.com


Mobile: +86 18032422676 (WhatsApp/WeChat)
Website: www.tufflexscreen.com



Discussion Questions to Drive Engagement:

What's your biggest challenge in crushing circuit optimization: wear costs, energy consumption, or product consistency?

Have you considered hybrid crushing systems combining different technologies?

What crushing improvement would deliver the biggest impact on your operation's bottom line?



#Crushers #MiningEquipment #MineralProcessing #JawCrusher #ConeCrusher #ImpactCrusher #HUATAOGROUP #Comminution #MiningTechnology #CrushingPlant

Jaw Crusher Jaw Plate (Tooth Plate) Selection Guide & Core Features Analysis

In multiple industries such as mining, smelting, construction materials, and road/railway construction, jaw crushers serve as the core equipment for primary crushing, handling the critical task of breaking down large pieces of material. The Jaw Plate (also known as the Tooth Plate), as its core wear-resistant consumable part, directly determines the equipment's crushing efficiency, output quality, and production costs.

I. Core Introduction to Jaw Plates (Tooth Plates): The Crusher's "Chewing Organ"

The jaw plate is the core component of the jaw crusher's crushing chamber, mainly divided into two categories: the Moving Jaw Plate and the Fixed Jaw Plate. They work together to complete the material crushing process:

1.The Moving Jaw Plate is attached to the moving jaw, performing a reciprocating swinging motion.

2.The Fixed Jaw Plate is fixed to the crusher frame.

3.During operation, the two plates form a certain angle, crushing the material through repeated squeezing and bending actions.

The jaw plate acts like the crusher's "chewing organ," coming into direct contact with the material and withstanding enormous crushing forces and friction. It is one of the most heavily worn consumable parts in a jaw crusher.



Overview of Jaw Plate Sizes and Materials

Different models of jaw crushers have varying feed opening sizes and processing capacities, leading to corresponding differences in jaw plate dimensions. For example:

The PE-150×250 model is suited for smaller jaw plates.

The PE-900×1200 model requires larger, higher-strength jaw plates.

Regarding materials, jaw plates are primarily made from High Manganese Steel as the base material. Among these, ZGMn13 is the most widely used traditional high manganese steel, known for its excellent toughness and cold work hardening characteristics. With technological advancements, new types of jaw plates such as Modified High Manganese Steel, Medium Manganese Steel, and High-Chromium Cast Iron Composite Materials have become increasingly common, further enhancing wear resistance and service life.

II. Analysis of Key Jaw Plate Characteristics: The Core Factors Determining Crushing Efficiency and Service Life

The performance of the jaw plate directly affects the operational stability of the jaw crusher. Its core characteristics are mainly reflected in the following three aspects:

1. Wear Resistance
Wear resistance is the most critical performance indicator for a jaw plate. High-quality jaw plates, through reasonable material composition and heat treatment processes (such as water toughening), can significantly improve wear resistance and extend service life.

2. Toughness
The greatest advantage of high manganese steel material is its excellent toughness. New composite materials achieve a combination of "high hardness material + tough matrix," ensuring sufficient impact resistance while improving wear resistance.

3. Compatibility
The size and tooth profile design of the jaw plate must precisely match the crusher model and the characteristics of the material being crushed. Tooth profile design is particularly crucial:

The tooth peak angle is typically between 90° and 120°.

The tooth pitch size depends on the discharge opening width.

The Moving and Fixed Jaw Plates should employ a "tooth peak opposite tooth valley" design to enhance crushing effectiveness and reduce localized wear.



III. Scientific Selection Guide: Choose Based on Need to Reduce Costs and Increase Efficiency

When selecting jaw plates, enterprises should comprehensively consider the following four points based on their specific working conditions, material characteristics, equipment model, and production costs:

1. Match the Crusher Model
The fundamental prerequisite for selection is ensuring the jaw plate dimensions and mounting hole positions completely match the equipment, avoiding "mismatch."

2. Select Material Based on Material Characteristics

Medium-Low Hardness Materials (e.g., Limestone): Standard high manganese steel (ZGMn13) offers the best cost-effectiveness.

Medium Hardness Materials (e.g., Iron Ore): Medium manganese steel provides over 20% better wear resistance.

High Hardness Materials (e.g., Granite): It is recommended to use high-chromium cast iron composite materials or modified high manganese steel.

3. Consider Production Needs, Balancing Performance and Cost
Large-scale continuous production enterprises are advised to choose high-quality, high-wear-resistant jaw plates. Small-scale intermittent production enterprises can opt for more cost-effective standard high manganese steel jaw plates.

4. Pay Attention to Tooth Profile and Assembly Details
Tooth profile design should be flexibly chosen based on material particle size. During assembly, soft metal shims should be used for fixation. Regularly inspect the wear condition and replace the plates promptly when wear exceeds 50% to avoid affecting output size.

IV. Reminders on Common Industry Selection Pitfalls

Common pitfalls include:

Blindly pursuing high hardness materials while neglecting toughness.

Neglecting the compatibility between the jaw plate and the crusher model.

Opting for low-quality jaw plates to save costs.

The core of selection is "compatibility." It is recommended to prioritize jaw plates produced by reputable manufacturers to ensure quality and after-sales service.

V. Conclusion

The selection and use of jaw plates (tooth plates) are directly related to an enterprise's production efficiency, maintenance costs, and product quality. With the advancement of wear-resistant material technology, the performance of jaw plates continues to improve. Enterprises should combine their actual needs, apply scientific selection methods, follow proper installation procedures, and perform regular maintenance to achieve efficient crushing and long-term, stable operation.

Contact us ↓

Annie Lu

Huatao Group

annie.lu@huataogroup.com

Mobile: 0086 18032422676 ( Whatsapp/Wechat/Viber)

https://wa.me/008618032422676

http://www.tufflexscreen.com

What Are Customized Crusher Jaw Plates?
Customized crusher jaw plates are precision-engineered wear components designed to replace original parts or optimize performance for specific crushing applications. They are manufactured from high-grade manganese steel and tailored to fit crusher models from brands like Metso and Sandvik, ensuring dimensional accuracy, superior wear resistance, and extended service life.

Key Takeaways
✔ Up to 50% Longer Wear Life: Correct material and profile selection can double your jaw plate service life.
✔ True OEM Compatibility: Suppliers with extensive databases can match or exceed OEM specifications.
✔ Flexible Customization: Manufacture from part numbers, technical drawings, or physical samples.
✔ Lower Total Cost of Ownership: Reduced downtime and maintenance costs significantly improve ROI.

Summary Table









Item
Description




Function
Primary rock crushing via compression between fixed and moving jaws.


Material
High-manganese steel (Mn13Cr2, Mn18Cr2, Mn22Cr2)


Application
Primary and secondary crushing in hard rock mining, aggregates, and recycling.


Service Life
3–8 months depending on ore abrasiveness and feed size.


Benefits
High impact toughness, excellent work-hardening, cost-effective wear protection.





1. Definition

Customized crusher jaw plates are wear parts manufactured to exacting specifications for specific crusher models. Unlike generic replacement parts, customized jaw plates are engineered to match the unique geometry, mounting hole locations, and tooth profiles of the original equipment. This precision ensures proper fitment, optimal crushing force distribution, and maximum utilization of the wear material.

At HUATAO, we specialize in producing crusher wear parts that are fully OEM-compatible. Whether you operate Metso, Sandvik, Terex, or Kleemann equipment, our extensive engineering database allows us to manufacture replacement parts that meet or exceed the performance of original components.

2. Working Principle

The jaw crusher operates on a compression mechanism. The fixed jaw plate is mounted on the crusher frame, while the moving jaw plate is attached to the pitman. As the pitman moves in an elliptical motion, the plates come together to fracture the rock and move apart to allow material to discharge. The geometry, tooth profile, and surface hardness of the jaw plates directly influence:



Crushing force and capacity



Wear pattern and service life



Power consumption



Product size distribution



Proper customization accounts for these factors, ensuring your crusher operates at peak efficiency.

3. Benefits of Customized Jaw Plates

Investing in customized jaw plates delivers measurable operational advantages:









Benefit
Impact




Optimized Wear Life
Tailored material selection reduces premature wear and maximizes tonnage per set.


Improved Crushing Efficiency
Correct tooth profiles ensure better rock fracturing and higher throughput.


Reduced Downtime
High-quality parts last longer, reducing the frequency of change-outs.


Lower Total Cost of Ownership
Extended wear life and fewer maintenance interventions lower overall costs.


OEM Compatibility
Precision fitment eliminates installation issues and reduces the risk of equipment damage.




For example, a copper ore processing plant that upgraded to high-performance jaw plates with optimized tooth profiles achieved a 40% increase in wear life, saving over $150,000 annually in replacement and labor costs.

4. Material Comparison: Manganese Steel Grades

Choosing the right material is the most critical decision in jaw plate customization. HUATAO offers multiple manganese steel grades to match your specific operating conditions:









Grade
Hardness (BHN)
Work Hardening Capacity
Best Application




Mn13Cr2
180–220
Moderate
Medium-hard materials, limestone, moderate abrasion.


Mn18Cr2
200–240
High
Hard, abrasive ores like granite and iron ore.


Mn22Cr2
220–260
Very High
Most demanding applications, high-impact, high-abrasion ores like copper and gold.




Selection Recommendation:



For gold and copper ores → Use Mn22Cr2 for maximum wear resistance.



For iron ore and granite → Use Mn18Cr2 for superior abrasion resistance.



For limestone and recycled materials → Use Mn13Cr2 for cost-effective performance.



5. Tooth Profile Options

The tooth profile of a jaw plate determines how effectively the crusher grips and fractures the feed material. HUATAO offers a range of profiles to suit different applications:









Profile
Characteristics
Best Application




Standard
Balanced grip and throughput.
General-purpose crushing, medium-hard materials.


Quarry
Deep corrugations for maximum gripping force.
Primary crushing of large, hard rock.


Super Grip
Aggressive profile to reduce material slippage.
High-capacity applications, secondary crushing.


Corrugated
Improved wear distribution and longer life.
Abrasive ores requiring extended wear life.


Flat
Uniform crushing zone, reduced plugging.
Fine crushing, recycling applications.




Proper profile selection can increase crusher capacity by 15–25% and significantly extend wear life.

6. Industry Application Matrix









Industry
Ore Type
Recommended Material
Recommended Profile
Expected Wear Life




Hard Rock Mining
Copper / Gold
Mn22Cr2
Quarry / Super Grip
4–6 months


Iron Ore Mining
Iron Ore (Abrasive)
Mn18Cr2
Corrugated
5–8 months


Aggregate Quarry
Granite
Mn18Cr2
Quarry
6–10 months


Aggregate Quarry
Limestone
Mn13Cr2
Standard
8–12 months


Recycling
Concrete / Asphalt
Mn18Cr2
Flat
3–5 months


Coal Preparation
Coal
Mn13Cr2
Standard
6–10 months




7. Selection Guide

When selecting a supplier for customized jaw plates, consider the following criteria:

1. Engineering Database



Does the supplier have drawings for your specific crusher model?



Can they support multiple brands (Metso, Sandvik, Terex)?



2. Customization Capability



Can they manufacture from OEM part numbers or technical drawings?



Can they reverse engineer from worn samples?



3. Material Options



Do they offer Mn13Cr2, Mn18Cr2, and Mn22Cr2?



Can they recommend the best material for your ore type?



4. Quality Assurance



Do they provide material certificates and dimensional inspection reports?



Do they have in-house casting and heat treatment facilities?



5. Export Experience



Do they have experience shipping to mining regions like Australia and Canada? See our export guide.



HUATAO excels in all these areas, providing comprehensive procurement support to ensure you get the right part every time.

8. Procurement Guide

When ordering customized jaw plates from HUATAO, please provide the following information:

Required Information:



Crusher Brand and Model: e.g., Metso C106, Sandvik CJ411.



OEM Part Number: If available (e.g., N11900000).



Technical Drawings: Preferred for accurate manufacturing.



Worn Sample: Acceptable for reverse engineering.



Material Grade Required: e.g., Mn18Cr2.



Desired Tooth Profile: e.g., Quarry.



Quantity and Delivery Requirements.



Supplier Evaluation Checklist:









Criteria
HUATAO Capability




Manufacture according to drawings?
Yes


Provide material reports?
Yes


Support OEM replacement?
Yes


Export experience?
Yes (Australia, Canada, USA, Chile, etc.)


Provide wear-life recommendations?
Yes




Questions to Ask Your Supplier:



Can the supplier manufacture according to drawings?



Can the supplier provide material reports?



Can the supplier support OEM replacement?



Does the supplier have export experience?



Can the supplier provide wear-life recommendations?



9. Failure Analysis

Understanding common jaw plate failure modes helps optimize selection and maintenance.









Problem
Possible Cause
Recommended Solution




Premature Wear
Wrong manganese grade for ore hardness.
Upgrade to Mn18Cr2 or Mn22Cr2.


Cracking or Breakage
Casting defects or improper heat treatment.
Source from a supplier with certified quality control. Request inspection reports.


Uneven Wear
Incorrect feed distribution or crusher settings.
Adjust feed arrangement and crusher closed-side setting.


Low Crushing Efficiency
Wrong tooth profile for the feed size.
Switch to Quarry or Super Grip profile.


Poor Fitment
Dimensional inaccuracies from non-OEM specifications.
Use a supplier with an extensive pattern database.


Material Mismatch
Supplier substituted lower-grade material.
Verify material certificates and third-party testing.




10. Maintenance Guide

Proper maintenance extends jaw plate life and prevents unexpected downtime.

Daily Inspection:



Listen for unusual knocking or impact noises.



Inspect for visible cracks or deformation.



Check for loose bolts or mounting components.



Weekly Inspection:



Monitor wear patterns for signs of uneven wear.



Measure the closed-side setting (CSS) for consistency.



Check feed distribution to ensure even loading.



Monthly Inspection:



Measure minimum thickness at the center of the jaw plate.



Document wear progression to predict replacement timing.



Inspect backing material or shims for deterioration.



Preventive Maintenance Strategy:



Keep a spare set of jaw plates in inventory.



Rotate plates if possible to equalize wear (for reversible designs).



Consider using premium materials for high-abrasion applications.



11. Case Study

Customer Type: Underground Gold Mine
Ore Type: High-silica gold ore (highly abrasive)
Operating Conditions: 24/7 operation, 15,000 tons per day, feed size up to 600mm.
Problem: The customer's existing jaw plates were lasting only 3 months, causing excessive downtime and high replacement costs. The supplier could not provide customized solutions for their specific crusher model.

Solution:
HUATAO engineers analyzed the ore characteristics and wear patterns. We recommended upgrading from Mn13Cr2 to Mn22Cr2 and switching to a Super Grip tooth profile to improve grip and reduce slippage. We manufactured the parts using our in-house casting and heat treatment facilities, ensuring full dimensional accuracy.

Result:



Jaw plate service life extended to 5 months — a 67% increase.



Annual replacement frequency reduced from 4 to 2.5 sets.



Total maintenance labor costs reduced by 35%.



Crusher throughput increased by 12% due to improved profile design.



The customer achieved a full return on investment within the first 6 months of using HUATAO customized jaw plates.

12. Why Choose HUATAO for Customized Crusher Wear Parts?

HUATAO is a professional supplier of mining equipment and wear-resistant spare parts. We combine engineering expertise with manufacturing capability to deliver superior wear solutions.

Our Advantages:

OEM-Compatible Solutions: We manufacture parts for Metso, Sandvik, Terex, Kleemann, McCloskey, and Komatsu.

Full Customization: We produce jaw plates, mantles, concaves, and other crusher wear parts based on crusher models, OEM part numbers, technical drawings, or worn samples.

Multiple Material Grades: We offer Mn13Cr2, Mn18Cr2, and Mn22Cr2 to match your specific operating conditions.

In-House Manufacturing: Our own foundry and machining facilities enable faster lead times, lower costs, and strict quality control.

Engineering Support: We provide expert recommendations for material selection, profile optimization, and wear-life improvement.

Global Export Experience: We serve mining operations in Australia, Canada, the United States, Chile, Peru, South Africa, and many other countries. See our buyer guide for international procurement.

Proven Results: Our case studies demonstrate consistent improvements in wear life and cost reduction.

With extensive experience in mining wear solutions, HUATAO is committed to helping customers improve crusher performance, extend wear life, and reduce operating costs.

13. Knowledge Graph Connection

In the complete mineral processing flow, the jaw crusher is the first critical stage. After crushing, material moves to screening where vibrating screens classify the product, followed by grinding in mills such as ball mills or rod mills. Proper jaw plate selection ensures that downstream processes receive consistent feed size, optimizing overall plant efficiency.

14. FAQ

Q1: How long do customized jaw plates typically last?
A: The lifespan depends on ore hardness and operating conditions, typically ranging from 3 to 8 months. With proper material selection like Mn18Cr2 or Mn22Cr2, you can maximize service life and reduce change-out frequency.

Q2: Can HUATAO make jaw plates for older Metso or Sandvik models?
A: Yes. HUATAO maintains an extensive pattern database covering most Metso and Sandvik crusher models. We can also reverse engineer from a worn sample or technical drawing.

Q3: What is the difference between Mn13Cr2 and Mn18Cr2?
A: Mn18Cr2 has higher manganese content and chromium, providing superior work-hardening capacity and wear resistance for high-impact, high-abrasion applications. Mn13Cr2 is a standard grade suitable for medium-hard materials.

Q4: Can you manufacture based on my OEM part numbers?
A: Yes. We can produce custom jaw plates from OEM part numbers, ensuring full dimensional compatibility and performance matching.

Q5: Do you provide material certificates and quality documentation?
A: Yes. We supply detailed material certificates, heat treatment records, and dimensional inspection reports with every shipment.

Q6: Can you recommend the best tooth profile for my application?
A: Yes. Our engineering team will analyze your ore type, feed size, and crushing requirements to recommend the optimal profile.

Q7: What is the minimum order quantity (MOQ)?
A: MOQ depends on the part size and material. We are flexible and can accommodate both large-scale production and smaller orders. Contact us to discuss your needs.

Q8: Do you export to Australia and Canada?
A: Yes. We have extensive export experience to Australia, Canada, and many other mining regions worldwide.

Q9: Can you help reduce my total crusher operating costs?
A: Yes. By selecting the right material and profile, we can extend wear life, reduce downtime, and lower your total cost of ownership.

Q10: How do I place an order for custom jaw plates?
A: Simply contact us with your crusher model, OEM part number, or technical drawing. We will provide a quotation and lead time.

15. Conclusion

Selecting the right partner for customized jaw plates is a strategic decision that directly impacts your mining operation's profitability. At HUATAO, we combine engineering expertise, advanced manufacturing capability, and a commitment to quality to deliver wear parts that perform.

Whether you operate Metso, Sandvik, or other crusher brands, we have the engineering database, customization flexibility, and material expertise to meet your needs. Our OEM-compatible solutions are designed to maximize wear life, minimize downtime, and reduce total cost of ownership.

Contact HUATAO today to discuss your jaw plate requirements and discover how we can help you achieve superior crusher performance.

Contact Information

Annie Lu
Email: annie.lu@huataogroup.com
Mobile: +86 18032422676
WhatsApp / WeChat

Which Jaw Plate Supplier Offers OEM and Aftermarket Solutions?
Selecting the right jaw plate supplier is about finding a partner who offers both OEM-quality and cost-effective aftermarket solutions.

What's the Difference?
OEM jaw plates are made to original specifications. Aftermarket jaw plates are produced by independent manufacturers—often with improved alloys for better wear life.

How to Verify OEM Capability?
A qualified manufacturer should produce from OEM part numbers, drawings, or samples, and offer Mn13, Mn18, and Mn22 grades. In-house foundry and heat-treatment ensure quality.

What to Compare?
Evaluate manufacturing capability, material grades, engineering support, lead time, and experience with major crusher brands.

For a comprehensive guide, refer to our Where To Buy High Quality Jaw Crusher Wear Parts Complete Engineering Procurement Guide.

Why HUATAO?
At HUATAO, we specialize in high-performance crusher wear parts including jaw plates, mantles, and concaves with OEM and aftermarket solutions.

To see how we compare, read our Best Alternative To Metso Crusher Wear Parts Guide.

Contact
Contact: Annie Lu
Email: annie.lu@huataogroup.com
Phone / WhatsApp: +86 180 3242 2676

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The Core Of Cone Crusher Performance: Mantle And Concave Engineering



Why Your Cone Crusher Keeps Failing The Real Impact Of Mantle And Concave Quality



Where To Buy High Quality Jaw Crusher Wear Parts Complete Engineering Procurement Guide



Contact
Contact: Annie Lu
Email: annie.lu@huataogroup.com
Phone / WhatsApp: +86 180 3242 2676