Technology ℱ Integrated Composite Structure Manufacturing Technology   In order to obtain the best structural performance and economic benefits, advanced aircraft continue to pursue the goals of high weight reduction, low cost and long life in structural design. To this end, the integration of the new generation of aircraft structures has been greatly improved:

  Learn About The Process, Key Equipment And Common Problems Of Lightweight Resin Transfer Molding In One Article   Foreword: In the previous article "A Brief Introduction to the Characteristics, Process and Applicable Scope of Several Composite Material Closed Mold Processes" (read the original text), the characteristics of resin transfer molding as a common closed

Characteristics And Development Of Composite Material Sabot   Recently, a model of lightweight cartridge case developed by Northern Changlong has adopted a new composite material structure design and process technology. The strength index of the developed carbon fiber composite cartridge case has met the requirements, and functional testing has begun.   With the improvement of

RTM Process Provides Airbus with Cost-Effective Carbon Fiber Composite Materials   Tenax DRNF and Tenax DRBF were developed for resin infusion and resin transfer molding processes, offering higher productivity and part integration compared to conventional autoclave molding. Tenax DRNF is made of bundled carbon fiber filaments that are spread out in one direction into multiple

Magna Exteriors: Technological Revolution With Transfer HP-RTM Production Line     Magna and Cannon have developed an innovative "Transfer HP-RTM" integrated system that significantly improves production efficiency.   Magna Exteriors (Bohemia), part of the Magna Group, is an important supplier of plastic components to the automotive industry.   Magna Exteriors began working with Cannon in

What Should Be Paid Attention To When Designing RTM Molds   RTM mold design is also a very important part. Generally, the following aspects should be paid attention to.   (1) Material. Depending on the batch and complexity of the product, the mold material can be steel, aluminum alloy, copper alloy and epoxy composite material.