C93200 High-Leaded Tin/Bearing Bronze Plate

Custom C93200 Bearing Bronze Plates for Precision CNC Machining
FlexiTurn supplies high-quality C93200 high-leaded tin bearing bronze plates designed for CNC machining applications. With factory-direct manufacturing capabilities, we provide customized bronze plate blanks with flexible dimensions, thicknesses, and machining allowances, helping customers start machining from optimized material sizes instead of oversized standard stock.

Key Features & Advantages
High-Quality C93200 Material
Made from C93200 high-leaded tin bronze, also known as bearing bronze or SAE 660 bronze, offering a balanced combination of wear resistance, machinability, and mechanical performance.

Excellent Wear & Friction Performance
C93200 bronze is widely used for bearing and wear-related components due to its good anti-friction properties, making it suitable for parts exposed to continuous movement and mechanical contact.

CNC Machining-Friendly Blanks
Plates can be supplied with customized dimensions and machining allowances, reducing unnecessary material removal and improving machining efficiency for CNC manufacturers.

Flexible Customization Options
FlexiTurn supports non-standard bronze plate customization based on customer drawings, including special sizes, thicknesses, shapes, and pre-machined blank requirements.

Stable Factory Supply & Competitive Pricing
As a direct manufacturer, FlexiTurn provides reliable material supply, consistent quality control, and cost advantages by reducing unnecessary supply chain costs.

Ideal for Various Industrial Components
C93200 bearing bronze plates are commonly used for bushings, bearings, wear plates, thrust washers, gears, and other mechanical components requiring durability and reliable machining performance.

Supporting Efficient Manufacturing
Instead of purchasing oversized bronze stock and spending additional time on rough machining, customers can rely on FlexiTurn’s customized C93200 bronze plate blanks to receive material prepared closer to final machining requirements. This helps reduce machining workload, improve material utilization, and streamline production processes.

Q1. What types of materials can you use for custom blanks?

We work with a wide range of materials, including various metals (carbon steel, stainless steel, aluminum, superalloys) and plastics. If you have a specific material requirement, just let us know and we'll confirm whether it's available.

Q2. What is the minimum order quantity (MOQ) for custom blanks?

We support everything from prototypes to low-volume and high-volume production runs. Whether you need just a few pieces for testing or large batches for mass production, we can accommodate your needs.

Q3. How do I provide my specifications for a custom blank?

You can send us your technical drawings (CAD files preferred), dimension requirements, material grade, and any surface finish or tolerance specifications. Our team will review and confirm the feasibility before production begins.

Q4. What is the typical lead time for a custom blank order?

Lead times depend on the complexity of the part, material availability, and order quantity. We'll provide a clear timeline after reviewing your specifications. For urgent prototype needs, we can discuss expedited options.

Q5. Do you offer design or engineering support if I'm not sure about my blank requirements?

Absolutely. Our engineering team can help you optimize your blank design for manufacturability and cost-efficiency. Feel free to reach out with your initial concept - we're happy to guide you through the process.