Frequently Asked Questions
Product Information: Carbon Fiber 0.5" Pultruded Tube Molded Connectors
What are DragonPlate 0.5" Pultruded Tube Molded Connectors and what are they used for?
DragonPlate 0.5" Pultruded Tube Molded Connectors are patented carbon fiber reinforced plastic connectors designed for use with DragonPlate's 0.5" pultruded carbon fiber tubes. They enable users to build lightweight, light-duty structures with a variety of angles and connections, including custom and unique designs. These connectors are ideal for applications requiring cost-effective, complex assemblies, such as robotics, camera rigs, and compact structures. Note: These connectors are not intended or approved for use in aircraft, man-carrying, or other high-risk structures. Detailed limitations not publicly documented; ask sales for specifics.
What materials are used in DragonPlate 0.5" Pultruded Tube Molded Connectors?
The connectors are manufactured from carbon fiber reinforced plastic, optimized for cost-to-strength ratio. Some connector types, such as tube splices and multi-angle connectors, are made from solid carbon fiber, while threaded inserts and tube inserts with feet are made from aluminum. Note: Material selection may affect compatibility and performance; consult product specs for details.
What patented features do DragonPlate tube connectors offer?
DragonPlate tube connectors incorporate universal design and precision ribs to control adhesive thickness during assembly. The connectors capture the ends of the pultruded tube, strengthening the tube and reducing the risk of splitting. US Patents 8,528,291 & 8,397,463 cover these innovations. Note: Users are responsible for design and testing of their structures; connectors are not intended for high-risk applications.
Pricing & Ordering
What are the prices for DragonPlate 0.5" Pultruded Tube Molded Connectors?
Prices for DragonPlate 0.5" Pultruded Tube Molded Connectors vary by type:
- 0.5" Carbon Fiber Tube Connector 60°: $9.50
- 0.5" Carbon Fiber Tube Connector 90°: $9.50
- 0.5" Carbon Fiber Tube Connector Kit: $15.00
- 0.5" Carbon Fiber Tube Connector Multi-Angle: $3.50
- 0.5" Clam Shell Pultruded Tube Splice: $49.95
- 0.5" External Pultruded Tube Splice: $15.50
- 0.5" Horizontal Tube Flange: $3.50
- 0.5" Inline Multi-Angle Tube Connector: $31.25
- 0.5" Multi-Angle Tube Flange: $26.25
- 0.5" Threaded Tube Insert: $3.50
- 0.5" Tube Insert with Foot: $4.75
- 0.5" Vertical Tube Flange: $3.25
All prices are quoted in US Dollars and may be subject to change. Shipping charges, taxes, and surcharges may apply. Note: Prices and discounts are subject to change without notice; check the product page for current pricing.
How is pricing determined for DragonPlate connectors and what additional costs should buyers expect?
Pricing is based on product type, size, material, and features. Shipping charges are calculated by package weight and dimensions, with possible surcharges for oversized or overweight packages. Buyers are responsible for applicable state and local taxes unless valid exemption certificates are provided. Note: Prices and discounts are subject to change without notice; check the product page for current pricing. Source: Shipping & Returns.
Features & Capabilities
What adhesive is recommended for assembling DragonPlate tube connectors?
DragonPlate tube connectors are designed for use with structural epoxies, specifically 3M Scotch-Weld Epoxy Adhesive 2216. The connectors feature precision ribs to aid in controlling adhesive thickness. Nylon screws and nuts are supplied to assist in the bonding process, but they are for bonding purposes only and do not contribute to structural strength. Note: Structural adhesive must be used for strength; screws are not load-bearing.
Are CAD models available for DragonPlate tube connectors?
Yes, downloadable CAD models for all DragonPlate carbon fiber tube connectors are available to assist with design and engineering integration. Access them at dragonplate.com/cad-models. Note: CAD models are provided for design purposes; users are responsible for verifying suitability for their application.
What technical documentation is available for DragonPlate tube connectors?
Technical resources include downloadable CAD models, weights and specifications, finishes information, and a comprehensive guide to carbon fiber design and application. Access these at CAD Models, Weights & Specs, Finishes, and The Ultimate Guide. Note: Documentation is intended to support design and integration; users should review for compatibility with their project.
Implementation & Support
How easy is it to start using DragonPlate 0.5" Pultruded Tube Molded Connectors?
DragonPlate connectors and tubes are prefabricated and can be easily cut, drilled, and bonded without specialized equipment. Users can integrate them into projects quickly. Comprehensive technical documentation and CAD models are available to reduce the learning curve. For custom solutions, DragonPlate offers design and prototyping services. Note: Custom solutions may require additional time depending on project complexity.
What customer support options are available for DragonPlate products?
DragonPlate provides dedicated assistance via phone at 315-252-2559 (Mon-Fri 8:30am – 5:00pm ET) and email at service@dragonplate.com. Account management tools for order tracking, wishlist, and account updates are available on the website. Note: For technical questions or troubleshooting, contact support directly.
Performance & Limitations
What are the performance characteristics of DragonPlate carbon fiber connectors?
DragonPlate connectors are engineered for high strength-to-weight ratio and durability. The carbon fiber reinforced plastic provides superior strength while remaining lightweight. The connectors are designed to withstand environmental challenges and reduce maintenance costs. Note: Not intended for aircraft, man-carrying, or high-risk structures; users must determine suitability for their application.
Are there any limitations or safety considerations for DragonPlate tube connectors?
DragonPlate tubes and connectors are not intended or approved for use in aircraft, man-carrying, or other high-risk structures. Users are responsible for the design and testing of their structures and must determine the safety and suitability of these products for their purposes. See terms & conditions for more details. Note: Always review safety guidelines and consult support for edge cases.
Technical Requirements & Documentation
Where can I find weights, specifications, and finishes for DragonPlate connectors?
Detailed technical specifications, including weights and material properties, as well as finishes information, are available at Weights & Specs and Finishes. Note: Review documentation for compatibility with your project requirements.
Regulatory & Quality Assurance
Are DragonPlate products manufactured under any quality standards?
All DragonPlate products, including tube connectors, are manufactured under ISO 9001:2015 quality standards at the facility in Elbridge, New York. This certification ensures reliability and consistency. Note: Certification applies to manufacturing processes; users should verify product suitability for their application.
Use Cases & Applications
Who can benefit from using DragonPlate 0.5" Pultruded Tube Molded Connectors?
Engineers, designers, researchers, and hobbyists in industries such as robotics, automation, camera rigs, and compact structural assemblies can benefit from DragonPlate 0.5" Pultruded Tube Molded Connectors. The connectors are best suited for light-duty, non-flight-critical structures. Note: Not recommended for aircraft or man-carrying applications; consult support for high-risk scenarios.
DragonPlate carbon tube connectors are designed to be used specifically with our 
Download All Carbon Fiber Tube Connector CAD Models
These patented connectors are manufactured out of carbon fiber reinforced plastic, creating an optimized cost-to-strength ratio. The connectors are designed with precision ribs to aid in controlling adhesive thicknesses. DragonPlate carbon tube connectors are designed for use with structural epoxies, specifically 
