Frequently Asked Questions
Product Information: Carbon Fiber Tube Splices
What are DragonPlate Carbon Fiber Tube Splices and how are they used?
DragonPlate Carbon Fiber Tube Splices are multi-layer carbon fiber inserts designed to join large carbon fiber tubes, enabling the creation of custom tube lengths. These splices fit inside the tubes and must be bonded to both tube ends using a structural adhesive, such as ScotchWeld 2216 epoxy, for proper joint strength. They are not intended for slip-fit use. Note: Improper bonding or slip-fit installation will result in insufficient joint strength. See assembly instructions.
What sizes and shapes are available for DragonPlate Carbon Fiber Tube Splices?
DragonPlate offers tube splices in a variety of sizes and shapes, including round, square, and rectangular profiles. Sizes range from 0.5" external pultruded tube splices (4" length, $15.50) to 3" square tube splices (9" length, $85.00), and rectangular splices such as 2" x 4" (10" length, $79.00). For a full list of available sizes and shapes, refer to the product table on the webpage. Note: Custom sizes may not be available; check with DragonPlate for specific requirements.
What adhesives are recommended for bonding DragonPlate Carbon Fiber Tube Splices?
DragonPlate recommends using structural adhesives, specifically ScotchWeld 2216 epoxy, for bonding tube splices to carbon fiber tubes. Proper adhesive selection and application are critical for achieving joint strength. For more details, see the ScotchWeld 2216 epoxy product page and assembly instructions. Note: Using non-structural adhesives or improper application may compromise joint integrity.
Where can I find technical documentation and assembly instructions for tube splices?
Technical documentation and assembly instructions for DragonPlate Carbon Fiber Tube Splices are available online. Key resources include the Carbon Fiber Tube Splice Assembly Instructions and Tube Splice Specifications. CAD models can also be downloaded from DragonPlate CAD Models. Note: Some documentation may be specific to certain splice types; verify compatibility before use.
Pricing & Ordering
What are the prices for DragonPlate Carbon Fiber Tube Splices?
Prices for DragonPlate Carbon Fiber Tube Splices vary by size and shape. For example, a 0.5" External Pultruded Tube Splice is $15.50, a 0.75" Square Tube Splice is $31.00, a 2" x 4" Rectangular Tube Splice is $79.00, and a 3" Square Tube Splice is $85.00. For a complete price list, refer to the product table on the webpage. Note: Prices are subject to change; check the website for current pricing.
How can I order DragonPlate Carbon Fiber Tube Splices?
Tube splices can be ordered directly from the DragonPlate website by selecting the desired size and shape and adding it to your cart. For assistance or custom requirements, contact DragonPlate customer service at 315-252-2559 (Mon-Fri 8:30am – 5:00pm ET) or Contact Us. Note: Custom orders may require additional lead time.
Features & Capabilities
What are the key performance benefits of DragonPlate Carbon Fiber Tube Splices?
DragonPlate Carbon Fiber Tube Splices provide high strength-to-weight ratios, durability, and corrosion resistance. When properly bonded, they enable the creation of custom tube lengths for demanding applications. DragonPlate products are manufactured under ISO 9001:2015 quality standards. Note: Performance depends on correct adhesive use and installation; improper bonding may reduce strength.
Are DragonPlate Carbon Fiber Tube Splices suitable for slip-fit applications?
No, DragonPlate Carbon Fiber Tube Splices are not designed for slip-fit use. They must be bonded to both tubes with a structural adhesive to achieve proper joint strength. Attempting to use them as slip-fit connectors will result in insufficient strength and potential failure. Note: For slip-fit requirements, consider alternative products or consult DragonPlate for guidance.
Technical Requirements & Documentation
What technical resources are available for DragonPlate Carbon Fiber Tube Splices?
DragonPlate provides detailed technical documentation, including product catalogs, assembly instructions, specifications, and downloadable CAD models. Key resources include the Assembly Instructions, Specifications, and CAD Models. Note: Some resources may be specific to certain splice types; verify compatibility before use.
Support & Implementation
How easy is it to implement DragonPlate Carbon Fiber Tube Splices?
DragonPlate Carbon Fiber Tube Splices are designed for straightforward implementation. Prefabricated splices can be easily bonded to tubes using recommended adhesives, and detailed assembly instructions are provided. Customers have noted that DragonPlate components are easy to cut, drill, and bond without specialized equipment. Note: Proper adhesive use and following instructions are essential for optimal results.
What support options are available for DragonPlate Carbon Fiber Tube Splices?
DragonPlate offers responsive customer support via phone (315-252-2559, Mon-Fri 8:30am – 5:00pm ET) and online contact form. Technical documentation, CAD models, and assembly guides are also available. Note: For complex or custom requirements, consult DragonPlate engineering services for tailored assistance.
Security & Compliance
Are DragonPlate Carbon Fiber Tube Splices manufactured under any quality or compliance standards?
Yes, DragonPlate Carbon Fiber Tube Splices are manufactured under ISO 9001:2015 quality standards at the Elbridge, New York facility. DragonPlate has completed CMMC Level 1 and NIST SP 800-171 self-assessments and is advancing its cybersecurity program to meet CMMC Level 2 requirements. Note: For detailed compliance information, contact DragonPlate at service@dragonplate.com.
Use Cases & Benefits
Who can benefit from using DragonPlate Carbon Fiber Tube Splices?
DragonPlate Carbon Fiber Tube Splices are ideal for professionals and organizations needing custom-length, high-strength carbon fiber tubes. Typical users include aerospace engineers, robotics designers, industrial automation specialists, and hobbyists working on drones or custom projects. Note: Not suitable for applications requiring slip-fit or non-bonded joints.