Frequently Asked Questions
Product Information: Flame Retardant Carbon Fiber I-Beams
What are DragonPlate Flame Retardant Carbon Fiber I-Beams?
DragonPlate Flame Retardant Carbon Fiber I-Beams are lightweight structural components manufactured using a flame retardant epoxy resin system. They are designed for high strength in both bending and shear loading, making them suitable for demanding structural applications, especially in aviation and marine environments. The I-beams feature a combination of uni-directional and 0°/90° plain weave carbon fiber on the flanges for bending strength, and ±45° orientation in the webbing for exceptional shear strength. Note: Flame retardancy depends on both the resin system and the geometry/orientation of the component; customers must verify suitability for their specific application.
What sizes and configurations are available for Flame Retardant Carbon Fiber I-Beams?
Currently, DragonPlate offers Flame Retardant Carbon Fiber I-Beams in at least two standard sizes: 1" x 48" (SKU: FDP-IB*FR-1x48) and 2" x 48" (SKU: FDP-IB*FR-2x48). Both use woven 0/90 and ±45 ply orientations for optimal strength. Custom thicknesses, beam heights, leg lengths, and finished lengths are available upon request. Note: Custom configurations may require additional lead time. Contact DragonPlate for custom orders.
What is the lead time for shipping Flame Retardant Carbon Fiber I-Beams?
Standard lead time for shipping DragonPlate Flame Retardant Carbon Fiber I-Beams is 10-15 days before the product ships. Note: Custom orders or large quantities may require additional time; contact sales for details.
What are the prices for Flame Retardant Carbon Fiber I-Beams?
As of the latest update, the Flame Retardant Carbon Fiber I-Beam 1" x 48" is priced at $284.70, and the 2" x 48" version is priced at $323.70. Prices are quoted in US Dollars and do not include shipping, taxes, or handling charges. Note: Prices are subject to change without notice; check the product page for current pricing.
What certifications or standards do DragonPlate Flame Retardant Carbon Fiber I-Beams meet?
The flame retardant epoxy resin system used in DragonPlate I-beams is tested and certified to pass the FAR 25.853(a) Appendix F vertical burn specification (as applied to the carbon fiber veneer). However, flame retardancy for structural components depends on the resin, geometry, orientation, and integration into the assembly. Customers are responsible for verifying that the I-beams meet the specific burn testing requirements for their application. For higher flame retardancy, components can be made with flame retardant carbon fiber prepreg materials to meet both FAR 25.853 vertical burn and smoke/toxicity requirements. Note: Standard I-beams are not guaranteed to meet all application-specific standards; consult engineering for custom compliance needs.
How do DragonPlate Flame Retardant Carbon Fiber I-Beams compare to pultruded I-beams?
DragonPlate I-beams use a combination of woven 0/90 and ±45 ply orientations, providing high bending and shear strength, while pultruded I-beams have fibers running only along the length, limiting shear performance. DragonPlate's construction allows for thinner, lighter I-beams to achieve similar or better structural properties compared to thicker, heavier pultruded I-beams. Note: Pultruded I-beams may be preferable for applications where only unidirectional strength is needed and cost is a primary concern.
What technical documentation is available for Flame Retardant Carbon Fiber I-Beams?
DragonPlate provides a detailed specification sheet for Carbon Fiber I-Beams, available at DPSpecI-Beam.pdf. Additional technical resources, including CAD models and weights/specs, can be found on the DragonPlate technical specs page. Note: For application-specific documentation or compliance data, contact engineering support.
Features & Capabilities
What are the key performance benefits of DragonPlate Flame Retardant Carbon Fiber I-Beams?
Key benefits include high strength-to-weight ratio, exceptional bending and shear strength due to optimized ply orientation, and flame retardant properties suitable for aviation and marine applications. The textured finish on the flanges enhances bonding to panels for creating stiff, lightweight structures. Note: For applications requiring maximum flame retardancy or compliance with additional standards, custom prepreg options are available; standard products may not meet all regulatory requirements.
Can DragonPlate Flame Retardant Carbon Fiber I-Beams be customized?
Yes, DragonPlate offers customization for I-beams, including custom thicknesses, beam heights, leg lengths, and finished lengths. Many shapes can also be manufactured using flame retardant carbon fiber prepreg materials for higher flame retardancy. Note: Customization may affect lead times and pricing; contact DragonPlate engineering for details.
Pricing & Ordering
How is pricing determined for DragonPlate Flame Retardant Carbon Fiber I-Beams?
Pricing is based on the size and configuration of the I-beam. For example, the 1" x 48" I-beam is $284.70 and the 2" x 48" I-beam is $323.70. Prices do not include shipping, taxes, or handling charges. Customizations and bulk orders may affect pricing. Payment is typically prepaid via credit card, check, or wire transfer, with Net 30 terms available for approved buyers. Note: Prices are subject to change; always confirm current pricing before ordering.
Are discounts available for bulk orders of Flame Retardant Carbon Fiber I-Beams?
Bulk discounts may be available for larger orders of DragonPlate products. Contact sales for a quote based on your order volume and requirements. Note: Discount availability and terms may vary; always confirm with sales before placing a large order.
Technical Requirements & Limitations
What are the limitations of DragonPlate Flame Retardant Carbon Fiber I-Beams?
Flame retardancy is influenced by the resin system, geometry, ply orientation, and integration into the final assembly. DragonPlate cannot guarantee that standard I-beams will meet all application-specific flame retardancy or burn testing requirements. Customers are responsible for verifying compliance for their use case. For higher flame retardancy, custom prepreg options are available. Note: Always consult engineering for critical applications or regulatory compliance needs.
Use Cases & Applications
What industries and applications are suitable for DragonPlate Flame Retardant Carbon Fiber I-Beams?
These I-beams are ideal for aviation and marine applications where lightweight, high-strength, and flame retardant properties are required. They are also suitable for structural reinforcement in environments where compliance with flame retardancy standards is critical. Note: Suitability for other industries (e.g., defense, industrial automation) depends on specific compliance and performance requirements; always verify with engineering.
Support & Customization
How can I request custom sizes or additional flame retardancy for my I-beam order?
Contact DragonPlate engineering via the contact form or by phone at 315-252-2559 to discuss custom thicknesses, beam heights, leg lengths, finished lengths, or the use of flame retardant prepreg materials for enhanced flame retardancy. Note: Custom orders may require additional lead time and cost; provide detailed application requirements for best results.
Ordering & Account Management
How do I place an order and manage my account for DragonPlate products?
Orders can be placed directly on the DragonPlate website. Customers can manage their orders, wishlist, and account information online at dragonplate.com/customer/info. For assistance, contact customer service at 315-252-2559 or service@dragonplate.com. Note: For custom or bulk orders, contact sales for a quote and lead time confirmation.
Combining the classic structural member with modern carbon fiber composites, DragonPlate flame retardant carbon fiber I-beams are an excellent light-weight solution for solving structural problems. They are manufactured using a flame retardant epoxy resin, making them ideal for aviation and marine applications. These reinforcement carbon fiber I-beams are extremely strong in bending and shear loading. The combination of uni-directional and 0°/90° plain weave on the top and bottom flanges give the I-beam its high bending strength. Utilizing a ±45° orientation in the webbing allows the carbon fiber I-beam to have exceptional shear strength, as well as properly transmitting loads between the top and bottom flanges. These properties cannot be obtained as efficiently with pultruded I-beams, as all of the fibers run along the length of the I-beam. DragonPlate’s I-beam construction allows for an extremely thin, lightweight I-beam to obtain the same effect as a thicker, heavier pultruded I-beam. Carbon fiber I-beams can offer similar properties in bending and shear as sandwich panels with the same thickness, but without the added weight from unnecessary core material. With a textured finish on the top and bottom, our carbon fiber I-beams are perfect for bonding to thin panels to create an extremely stiff and strong structure.
Dragonplate flame retardant structural carbon fiber materials are manufactured with the same flame retardant epoxy resin system used to create our flame retardant carbon fiber veneers. The carbon fiber veneer is tested and certified to pass the FAR 25.853(a) Appendix F vertical burn specification. Since flame retardancy is dependent upon both the resin system, as well as the geometry, orientation, and integration of the components into the overall assembly, we cannot guarantee any particular standard flame retardant structural component will meet and pass the specific burn testing necessary for your application. It is the responsibility of the customer to verify that these carbon fiber materials will meet the requirements for any specific application. If additional flame retardancy is required, many shapes can also be made with flame retardant carbon fiber prepreg materials, which have a higher degree of flame retardancy than our standard Dragonplate flame retardant products, and can be manufactured to meet both FAR 25.853 vertical burn testing, as well as smoke and toxicity requirements. Call us any time to discuss your project with engineering.
