Frequently Asked Questions
Product Information & Technical Details
What are DragonPlate flame retardant carbon fiber products?
DragonPlate flame retardant carbon fiber products are manufactured using flame retardant epoxy resins that resist the spread of fire. These materials are available in various forms, including sheets, veneers, tubes, angles, C-channels, hat stiffeners, I-beams, and more. They are designed for applications where fire resistance is critical, such as aviation and marine environments. Note: Flame retardancy depends on both the resin system and the geometry, orientation, and integration of the components. Customers must verify that the materials meet their specific application requirements. Detailed limitations not publicly documented; ask sales for specifics.
What flame retardancy standards do DragonPlate products meet?
DragonPlate flame retardant carbon fiber veneer is tested and certified to pass the FAR 25.853(a) Appendix F vertical burn specification. For higher flame retardancy, many shapes can be manufactured with flame retardant carbon fiber prepreg materials, which can meet both FAR 25.853 vertical burn testing and smoke/toxicity requirements. Note: Standard structural components are not guaranteed to meet all specific burn testing requirements; customers must verify compliance for their application.
What product categories are available for flame retardant carbon fiber?
DragonPlate offers flame retardant carbon fiber in multiple categories: plain veneer, twill veneer, EconomyPlate sheets, braided round and rectangular tubes, angles, C-channels, hat stiffeners, I-beams, twill prepreg sheets, twill color veneer, and narrow weave twill veneer. For a full list, visit the product category pages linked on the DragonPlate website. Note: Not all categories may meet every flame retardancy requirement; verify with engineering for your application.
Can DragonPlate flame retardant products be customized?
Yes, DragonPlate can custom CNC flame retardant products to your CAD drawing. Many shapes can also be manufactured with flame retardant carbon fiber prepreg materials for higher flame retardancy. For custom fabrication, contact DragonPlate engineering or visit the CNC cutting service page. Note: Customization may affect compliance with specific flame retardancy standards; verify requirements before ordering.
Pricing & Ordering
What are the prices for DragonPlate flame retardant carbon fiber sheets?
Prices for EconomyPlate flame retardant carbon fiber sheets vary by size and thickness. For example, a 1/16" x 24" x 48" sheet costs $471.65, while a 1/16" x 48" x 96" sheet costs $1,566.60. Other sizes and thicknesses are available, such as 1/32" x 24" x 48" ($402.80), 1/32" x 48" x 96" ($1,291.20), 1/8" x 24" x 48" ($626.10), and 1/8" x 48" x 96" ($2,104.38). Note: Prices are subject to change; check the DragonPlate website for current pricing and availability.
How much do flame retardant carbon fiber prepreg sheets cost?
Flame retardant 0/90 degree carbon fiber twill prepreg sheets are available in several thicknesses and sizes. For example, a 0.5" x 24" x 24" sheet costs $1,905.50, a 0.75" x 24" x 24" sheet costs $2,548.00, a 1" x 24" x 24" sheet costs $3,141.50, a 1.25" x 24" x 24" sheet costs $3,832.50, and a 1.5" x 24" x 24" sheet costs $4,590.00. Note: Prices may vary; refer to the DragonPlate website for the latest pricing.
What are the prices for flame retardant braided carbon fiber tubing?
Flame retardant braided carbon fiber rectangular tubing (2" x 1" x 96") costs $318.00, while the 2" x 4" x 96" variant costs $596.75. Flame retardant braided carbon fiber round tubing (0.75" ID x 96") costs $141.63, and 1" ID x 96" costs $182.88. Note: Pricing is subject to change; check the DragonPlate website for current details.
Features & Capabilities
What makes DragonPlate flame retardant carbon fiber suitable for aviation and marine applications?
DragonPlate flame retardant carbon fiber products use flame retardant epoxy resins that resist the spread of fire, meeting FAR 25.853(a) Appendix F vertical burn specification for veneers. This makes them suitable for aviation and marine applications where fire resistance is required. Note: Structural components may not meet all specific burn testing requirements; customers must verify compliance for their application.
Can DragonPlate flame retardant products be manufactured to meet smoke and toxicity requirements?
Yes, many shapes can be made with flame retardant carbon fiber prepreg materials, which offer a higher degree of flame retardancy and can be manufactured to meet both FAR 25.853 vertical burn testing and smoke and toxicity requirements. Note: Customers must specify these requirements during ordering; not all products are guaranteed to meet every standard.
Technical Documentation & Support
What technical resources are available for DragonPlate flame retardant carbon fiber products?
DragonPlate provides downloadable CAD models, technical specifications, finishes information, weights and specs, and a carbon fiber glossary. These resources help customers integrate products into their designs and understand material properties. Access CAD models at dragonplate.com/cad-models, weights and specs at dragonplate.com/dragonplate-weights-specs, and finishes at dragonplate.com/dragonplate-finishes. Note: Some technical details may require direct inquiry for flame retardant variants.
How can I get support or discuss my flame retardant carbon fiber project?
Customers can contact DragonPlate engineering for project discussions and support. Call 315-252-2559 (Monday-Friday, 8:30am – 5:00pm ET) or use the contact form at dragonplate.com/contact-us. Note: For complex compliance or customization needs, direct consultation is recommended.
Use Cases & Limitations
What industries commonly use DragonPlate flame retardant carbon fiber materials?
DragonPlate flame retardant carbon fiber materials are commonly used in aviation, marine, aerospace, defense, and industrial automation applications where fire resistance is required. Note: Suitability depends on compliance with specific standards; customers must verify requirements for their industry.
Are there any limitations or considerations when using DragonPlate flame retardant carbon fiber?
Flame retardancy depends on both the resin system and the geometry, orientation, and integration of the components into the overall assembly. DragonPlate cannot guarantee that any particular standard flame retardant structural component will meet and pass the specific burn testing necessary for your application. Customers are responsible for verifying that these materials meet their requirements. Note: For higher flame retardancy, prepreg materials may be required; consult engineering for guidance.
Dragonplate flame retardant carbon fiber products are manufactured using flame retardant epoxy resins that resist the spread of fire, making them ideal for aviation and marine applications.
