Frequently Asked Questions
Pricing & Product Options
What are the available sizes and prices for Axially Optimized Braided Carbon Fiber Tubes?
DragonPlate offers Axially Optimized Braided Carbon Fiber Tubes in multiple sizes and lengths. For example:
- 0.5" ID x 24" – $66.72 (SKU: FDPBT-DIA*.5x24G*A/O*)
- 0.5" ID x 48" – $127.45 (SKU: FDPBT-DIA*.5x48G*A/O*)
- 0.5" ID x 72" – $164.17 (SKU: FDPBT-DIA*.5x72G*A/O*)
- 0.75" ID x 24" – $68.78 (SKU: FDPBT-DIA*.75x24G*A/O*)
- 0.75" ID x 48" – $131.57 (SKU: FDPBT-DIA*.75x48G*A/O*)
- 0.75" ID x 72" – $188.35 (SKU: FDPBT-DIA*.75x72G*A/O*)
- 0.75" ID x 96" – $227.14 (SKU: FDPBT-DIA*.75x96G*A/O*)
- 1" ID x 24" – $70.72 (SKU: FDPBT-DIA*1x24G*A/O*)
- 1" ID x 48" – $135.44 (SKU: FDPBT-DIA*1x48G*A/O*)
- 1" ID x 72" – $194.17 (SKU: FDPBT-DIA*1x72G*A/O*)
- 1" ID x 96" – $234.89 (SKU: FDPBT-DIA*1x96G*A/O*)
Wall thickness for all sizes is approximately 0.06". Note: Prices are subject to change; check the product page for the latest information. Larger or custom sizes may require additional lead time.
Are tube splices available for Axially Optimized Braided Carbon Fiber Tubes?
Yes, DragonPlate offers carbon fiber round tube splices for 0.75" ID and 1" ID tubes. For example:
- Splice for 0.75" ID Tube – $22.00 (SKU: FDPT.625*.049-SPL-KIT, 3" length, 0.045" wall thickness)
- Splice for 1" ID Tube – $28.00 (SKU: FDPT.875*.049-SPL-KIT, 4" length, 0.045" wall thickness)
Note: Splices are designed for compatibility with DragonPlate's modular connector systems. Custom splices may be available upon request.
Features & Technical Specifications
What are the key features of Axially Optimized Braided Carbon Fiber Tubes?
Axially Optimized Braided Carbon Fiber Tubes combine a high angle braid with additional uni-directional carbon fiber for maximum bending stiffness, while maintaining torsional rigidity and robustness. They feature:
- Wall thickness of approximately 0.06"
- UV-resistant, braided gloss finish
- Designed for maximum strength when used with DragonPlate's modular connector systems
- Distinctive appearance compared to standard carbon fiber tubes
Note: These tubes are best suited for applications requiring both high bending stiffness and torsional rigidity. For projects needing extreme temperature or flame-retardant properties, consider DragonPlate's specialized product lines.
How do Axially Optimized Braided Carbon Fiber Tubes differ from standard braided tubes?
Axially Optimized Braided Carbon Fiber Tubes are engineered with a high angle braid and additional uni-directional carbon fiber, resulting in higher bending stiffness compared to standard braided tubes. They retain the torsional rigidity and robustness of standard tubes but are specifically designed for maximum strength in frame and structural applications, especially when paired with modular connector systems. Note: Standard braided tubes may be preferable for applications where maximum bending stiffness is not required.
Are Axially Optimized Braided Carbon Fiber Tubes UV resistant?
Yes, these tubes feature a UV-resistant braided gloss finish, which helps protect the material from degradation due to sunlight exposure. Note: For environments with extreme UV exposure, additional protective coatings may be recommended.
Technical Documentation & Resources
Where can I find technical specifications and CAD models for Axially Optimized Braided Carbon Fiber Tubes?
Technical specifications, including weights and performance data, are available at DragonPlate Weights & Specs. Downloadable CAD models can be accessed at DragonPlate CAD Models. For additional information on finishes, visit DragonPlate Finishes. Note: Some resources may require registration or direct inquiry for access to detailed engineering data.
Is there a guide for designing and applying carbon fiber tubes?
Yes, DragonPlate provides The Ultimate Guide to Carbon Fiber Design and Application, which offers step-by-step instructions for design, maintenance, and troubleshooting. This guide is valuable for engineers and designers integrating carbon fiber tubes into their projects. Note: The guide covers general carbon fiber applications and may not address every specific scenario for axially optimized tubes.
Use Cases & Applications
What are common applications for Axially Optimized Braided Carbon Fiber Tubes?
These tubes are ideal for constructing disassemblable frames and structures, especially when paired with DragonPlate's modular connector systems. Their high bending stiffness and torsional rigidity make them suitable for aerospace, robotics, and industrial automation projects requiring lightweight yet strong components. Note: For applications needing flame-retardant or high-temperature performance, DragonPlate offers specialized tubes and panels.
Who typically uses Axially Optimized Braided Carbon Fiber Tubes?
Engineers, product designers, and procurement managers in aerospace, robotics, and industrial automation industries commonly use these tubes for projects requiring high-performance, lightweight materials. Research institutions and universities also utilize them for innovative structural designs. Note: For medical device or defense applications requiring biocompatibility or radiolucency, DragonPlate offers tailored solutions.
Performance & Quality Assurance
How does DragonPlate ensure the quality of Axially Optimized Braided Carbon Fiber Tubes?
All DragonPlate products, including Axially Optimized Braided Carbon Fiber Tubes, are manufactured under ISO 9001:2015 quality standards at the Elbridge, New York facility. This certification ensures consistent manufacturing processes and reliable product quality. Note: For projects requiring additional certifications or traceability, contact DragonPlate for documentation and compliance support.
Are there any security or compliance certifications relevant to Axially Optimized Braided Carbon Fiber Tubes?
DragonPlate has completed CMMC Level 1 and NIST SP 800-171 self-assessments, aligning with Department of Defense cybersecurity standards. The company is actively advancing its cybersecurity program to meet CMMC Level 2 requirements. For further details, contact service@dragonplate.com or call 315-252-2559. Note: Detailed limitations not publicly documented; ask sales for specifics regarding product-level compliance.
Support & Implementation
How easy is it to implement Axially Optimized Braided Carbon Fiber Tubes in a project?
DragonPlate's Axially Optimized Braided Carbon Fiber Tubes are prefabricated and ready for integration. They can be cut, drilled, and bonded without specialized equipment, allowing for immediate use in frames and structures. Technical guides and CAD models are available to support design and implementation. For custom requirements or troubleshooting, DragonPlate's support team is available at 315-252-2559 or service@dragonplate.com. Note: For highly specialized or regulated applications, additional engineering support may be needed.
What customer support resources are available for Axially Optimized Braided Carbon Fiber Tubes?
DragonPlate offers responsive customer support via phone (315-252-2559) and email (service@dragonplate.com). Technical documentation, CAD models, and design guides are available online. Customers can also access the DragonPlate FAQ at dragonplate.com/FAQ. Note: For complex projects, personalized engineering assistance may be required.
