Advanced Composite Solutions by RockmanAC

1. Advanced Composite Solutions by RockmanAC RockmanAC provides Advanced Composite Solutions to Businesses and Clients that are integral to modern Manufacturing Sectors across the globe. We provide materials that offer superior performance value than traditionally employed materials like metals, plastics, etc. In this article, you will learn in-depth about the Advanced Composite Solutions at RockmanAC and their provided benefits. We will also learn where RockmanAC solutions find their applications in the involved technologies.

2. Advanced Composites at RockmanAC RockmanAC makes Advanced Composites from two or more constituent materials. Each of these constituents has distinct physical as well as chemical properties. When combined, these constituent materials produce an Advanced- level Composite different in characteristics from its components. The Advanced Composites at RockmanAC are high-performance composites composed to utilize any of the following matrix materials: Resin-like Matrix Fiber-like Reinforcement Matrix Some of the common types of Advanced Composites made at RockmanAC are Carbon Fiber Composites (for their high strength-to-weight ratio as well as rigidity), Glass Fiber Composites (for their affordable high-tensile strength), and Aramid Fiber Composites or Kevlar (for its high impact powerful resistance). Why choose Advanced Composite Solutions at RockmanAC? The advanced composites built by RockmanAC have a high Strength-to-Weight ratio, strong anti-corrosive and fatigue properties, severe design flexibility, and high-temperature stability. The high strength-to-weight ratio enables weight savings with no-compromise strength, whereas strong corrosion resistance delays chemicals and environmental conditions which promotes durability. The high fatigue resistance is attributed to better performance under cyclical loading. One can mold complex shapes, as per their specific performance requirements due to enhanced design flexibility. One can also have strong thermal stability which adds to the performance in a range of temperatures.

3. Applications of Rockman’s Advanced Composite Solutions Rockman’s Advanced Composite Solutions has various applications in multiple Industrial sectors such as in Aerospace Industries, for building Aircraft Structures like fuselages, wings, etc. Our ACSs are also useful in building Satellite Components, like UAVs (Unmanned Aerial Vehicles). Automotive Companies place their order for lightweight body panels with RockmanAC to build structural components for high-performance racing cars. In the Defense sector, RockmanAC’s composites are used to build Armor, Protective gear, Lightweight vehicles & components, Missile parts, aerodrome structures, etc. For the Renewable Energy sector, our Advanced Composites are frequently used to build wind turbine blades as well as solar panel structures. Technologies RockmanAC uses to make Advanced Composites The first technique that comes to mind is Resin Transfer molding or RTM, in which a resin is injected into a fiber preform mold. This technique is used to build high- quality composite parts with intricate shapes. Another one is Autoclave Molding, in which heat and pressure are applied in an autoclave to cure advanced composite materials to get high tensile strength with minimal voids. Pultrusion is also a highly adaptive process at RockmanAC used for manufacturing Advanced Composites with rods, tubes, beams, and others with constant cross-sections. Filament Winding is a specialized method for creating CCSs or Cylindrical Composite Structures in which resin-impregnated fibers are winded around a rotating mandrel. 3D Printing is an emerging technology in the manufacturing sphere used for producing composite parts with custom-fiber complex

4. geometries. The last one is the Vacuum Bagging & Infusion technique in which vacuum pressure is applied to distribute resin over the fiber layers to enhance the uniformity of the clayed composite. Upcoming Advanced Composite Solutions at RockmanAC RockmanAC now is going to venture into making super-advanced composites like Nano-Composites, which incorporate various nanomaterials such as Carbon Nanotubes or CNTs to facilitate better mechanical, thermal, as well as electrical properties. Another one is Sustainable Composites, which are developed keeping the eco-friendly aspect in mind using bio-based resins or other natural fibers. Smart Composites is a new field of upcoming composites that integrates sensors as well as actuators within the already advanced composite material for better real-time monitoring as well as adaptive performance.