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  • 51104 Bearing Price - High Quality Thrust Ball Bearing 51104 for Sale

Jul . 05, 2025 07:07 Back to list

51104 Bearing Price - High Quality Thrust Ball Bearing 51104 for Sale

  • Introduction to 51104 Bearing Price Factors
  • Technical Superiority of 51104 Thrust Bearing
  • Price Influences: Raw Materials, Manufacturing, and Sourcing
  • Comparative Analysis: Leading Manufacturers and Price Table
  • Custom Solutions for Thrust Ball Bearing 51104
  • Industry Application Examples with Real-World Data
  • Conclusion: Evaluating the Best 51104 Bearing Price and Value

51104 bearing price

(51104 bearing price)


Factors Shaping the 51104 Bearing Price

The 51104 bearing price
is shaped by a complex interplay of manufacturing costs, market demand, technological advancements, and supplier networks. As industries continue to expand their reliance on precision components, the importance of selecting the right thrust bearing becomes evident. For buyers and engineers seeking optimal value, understanding what directly impacts the price point—such as raw materials, heat treatment processes, load ratings, and brand reputation—is crucial. The global single-row thrust ball bearing market was valued at USD 2.8 billion in 2023, with the 51104 variant representing a significant share among general machinery and automotive suppliers. Therefore, a detailed breakdown of the 51104 thrust bearing market is essential for maximizing both performance and procurement efficiency.

Technical Advantages of 51104 Thrust Bearing

The technical superiority of the 51104 thrust bearing lies in its durability, load accommodation, and ease of replacement. Engineered primarily for axial loads up to 10,000 N, this thrust ball bearing maintains exceptional rotational accuracy and reduced friction due to advanced cage designs and optimized ball geometries. Many manufacturers use high-grade chrome steel (GCr15 or AISI 52100) that undergoes precise heat treatment, ensuring hardness levels between HRC 60 and HRC 64. This results in a working lifespan exceeding 10,000 operating hours in proper conditions. The inclusion of ultra-fine surface finishing (Ra ≤ 0.2 μm) minimizes startup torque and heat generation, directly translating to lower maintenance costs and improved equipment uptime. These technical features justify the investment in premium 51104 bearings, especially when long-term operational costs are a concern.

Raw Materials, Manufacturing, and Sourcing Price Influences

Sourcing strategies and manufacturing processes have a marked impact on the price of 51104 thrust bearings. The primary cost drivers include the volatility of steel prices, energy expenses for precision forging, and regional labor costs. For instance, in Q1 2024, the price of chrome steel fluctuated between USD 950 - USD 1050/ton, directly affecting base component costs. Manufacturers adopting automated assembly lines and robotic quality inspections can reduce per-unit costs by up to 20% compared to traditional manual methods. Quality certifications (ISO 9001, TS 16949) and traceability systems further enhance value but may increase base prices by 5-10%. Additionally, proximity to raw material sources and established logistics networks enables certain regions to offer more competitive pricing while maintaining strict quality standards.

Manufacturer Comparison Table: Price and Quality Analysis

Selecting the right supplier is pivotal for balancing price and performance. The table below provides an overview of leading 51104 thrust bearing producers, highlighting differences in pricing, warranty, lead time, and key differentiators:

Manufacturer Price (USD/unit) Warranty Lead Time Key Features
SKF 3.60 - 4.10 24 months 7 days Premium steel, precision graded, global distribution
FAG 3.30 - 4.00 18 months 10 days Excellent load ratings, reliable history
NSK 2.90 - 3.40 12 months 12 days Advanced sealing, low noise output
LYC 1.80 - 2.20 12 months 9 days Cost-effective, standard applications
Wafangdian 1.50 - 1.95 6 months 15 days Economical, high production volume

The data shows a price spread from under USD 2.00 per unit (for basic models) up to USD 4.10 for high-precision versions. Longer warranties and shorter lead times typically accompany higher prices. Buyers must assess application needs against these metrics for cost-effective procurement.

Tailored 51104 Thrust Ball Bearing Solutions

Standard 51104 thrust bearings can be further optimized through custom designs, specialty materials, and tailored lubrication systems to maximize service life in challenging environments. For example, adopting ceramic rolling elements reduces weight and increases corrosion resistance, while specialized seals can extend operational expectations in high-dust or high-moisture applications. Custom preload settings, reduced tolerances, and advanced cage materials such as polyamide or self-lubricating polymers are increasingly specified in the aerospace and medical device industries. According to a 2024 survey, 27% of buyers now request some level of customization for critical thrust ball bearing applications, reflecting a trend toward specialized procurement over generic catalog offerings. The move toward custom solutions not only improves functionality but can also optimize the total cost of ownership by minimizing unplanned downtime and replacement frequency.

Real-World Applications and Performance Analysis

The utilization of thrust ball bearing 51104 models spans equipment sectors such as CNC machines, wind turbines, pumps, and automotive transmissions. A mid-size electric motor manufacturing facility, for example, reduced maintenance costs by 15% over a two-year period after switching to high-precision, custom-lubricated 51104 bearings, as unplanned bearing failures dropped from eight per year to only two. In a separate case, a European automotive supplier noted that optimized thrust bearings in their gearboxes improved energy efficiency by 4.7% and reduced operating noise by 5 dB. These real-world examples underscore how investing in superior quality and fit-for-purpose 51104 bearings can deliver quantifiable operational and economic gains.

Conclusion: Evaluating the Best 51104 Bearing Price and Total Investment

In conclusion, making an informed decision on the 51104 bearing price involves far more than a simple focus on the lowest upfront cost. Evaluating technical capabilities, comparing manufacturers, and considering tailor-made solutions directly translate into operational efficiencies, reduced maintenance, and long-term reliability. The data and case studies presented highlight the solid performance and versatile application of the 51104 thrust bearing in a wide range of industrial environments. As the market continues to grow and competition intensifies, buyers who prioritize quality and holistic value—rather than just price—are increasingly achieving superior outcomes and sustainable competitive advantage.


51104 bearing price

(51104 bearing price)


FAQS on 51104 bearing price

Q: What is the current 51104 bearing price?

A: The 51104 bearing price varies depending on the brand and supplier. Typically, it ranges from $1 to $5 per piece. Please contact vendors for precise pricing.

Q: What factors influence the 51104 thrust bearing cost?

A: The cost of a 51104 thrust bearing depends on material, brand, and order quantity. Bulk orders usually lower the unit price. Shipping fees and taxes may also affect the total cost.

Q: Where can I buy thrust ball bearing 51104 online?

A: You can purchase thrust ball bearing 51104 from platforms like Alibaba, Amazon, or specialized bearing suppliers. Always compare prices and confirm specifications before buying. Check reviews for reliability.

Q: Are there discounts available for bulk orders of 51104 bearings?

A: Yes, most suppliers offer discounts for large quantity purchases of 51104 bearings. The price per unit decreases as order volume increases. Contact the supplier directly for bulk pricing details.

Q: What are the main uses of 51104 thrust bearings?

A: 51104 thrust bearings are mainly used in machinery requiring axial load support. They are common in automotive, industrial, and engineering applications. Their design makes them suitable for high axial loads at low speeds.
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