Professional China Carbon Fiber Boom - Light weight autoclave kevlar phone shell iPhone13 mini, 13, 13 Pro, 13 Pro Max – Feimoshi

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Carbon fiber and carbon fiber tube have different pressure capacity. Why are carbon fiber and carbon fiber tubes different in pressure? This is because carbon fiber is not the same as carbon fiber composite material. Carbon fiber composite material is an intermediate material that is fused with carbon fiber and resin. In terms of performance, carbon fiber is much higher than carbon fiber composite materials, but carbon fiber cannot be used as a material alone. 1. Carbon fiber pressure bearing capacity: The tensile strength of carbon fiber material is 3530MPa, 1MPa=1N/mm2, which is 3530N/mm2, which means that it can withstand a force of 3530 Newtons on a cross section of 1 square millimeter, which is 353Kg. 2. The pressure-bearing capacity of carbon fiber composite materials: the carbon fiber tube with T700 grade, 1.6mm thickness, 50mm inner diameter and 500mm length is used for testing, and the measured tensile strength is about 230MPa, that is, the cross section of 1 square millimeter bears a force of 230 Newtons , which is 23Kg. Carbon Fiber Countersunk, Diy Carbon Fiber Tube, Real Carbon Fiber Sheets, The production process of carbon fiber tubes is different, and the strength of the products produced is also different. Taking T700 carbon fiber and resin as raw materials and a carbon fiber tube made by winding molding process as an example, the carbon fiber tube with a size of 1.6*50*500mm is tested, and it can be found that the average compressive strength of the carbon fiber tube can reach 230MPa, which will occur when the load is exceeded. Brittle failure, the strength of the matrix determines the strength of the carbon fiber tube.In the tensile strength test of the carbon fiber tube, it was found that the carbon tube can withstand a tensile strength of more than 800MPa, and the maximum strain is 0.03, and the tensile resistance of the carbon tube is very good.Carbon fiber composite materials have many advantages such as light weight and high strength. Carbon fiber tubes can be made by winding, rolling, and pultrusion.

Professional China Carbon Fiber Boom - Light weight autoclave kevlar phone shell iPhone13 mini, 13, 13 Pro, 13 Pro Max – Feimoshi Detail:

Light weight autoclave kevlar phone shell iPhone13 mini, 13, 13 Pro, 13 Pro Max

The ultra-thin autoclave kevlar phone case is on sale. Its main features are thinness, toughness, high-quality appearance, and comfortable touch.

Material: autoclave kevlar

Thickness: 0.35mm ultra thin

Finish: autoclave process

MOQ: 10pcs

Color: black, red, blue

Shipping methods: Express services like DHL, UPS, FedEx, TNT, or Air shipping, Sea shipping

Why choose Autoclave phone case?

Easy to use even with complex curvature of the product
Zero voids.
Perfect appearance of the carbon fiber fabric.
Excellent fatigue resistance.
Laminate thickness keeped under control.
The process is clean.
The process offers better quality as well as conformity.

Why choose Aramid/Kevlar fibers?

High strength
Good resistance to abrasion
Good resistance to organic solvents
Non-conductive
No melting point
Low flammability
Good fabric integrity at elevated temperatures

Note: We support free sample service!

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Related Product Guide:

In the aerospace industry, carbon fiber sheets are used to make aircraft components such as fuselage panels, control surfaces and wingtips. The resulting components are lightweight, yet robust. Carbon fiber is widely adopted by the aerospace industry due to its superior strength-to-weight ratio. Because carbon fiber has such a beautiful appearance, it is also ideal for aircraft interiors. Professional China Carbon Fiber Boom - Light weight autoclave kevlar phone shell iPhone13 mini, 13, 13 Pro, 13 Pro Max – Feimoshi , The product will supply to all over the world, such as: Philadelphia, Argentina, Bangalore, The winding process of carbon fiber refers to the whole process of winding the carbon fiber raw material soaked in the resin glue on the core mold according to a certain rule, and then drying and solidifying the mold. This forming method is mostly used to make carbon fiber tubes.

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