The Materials Lab is a dedicated research space for the preparation, characterization, and testing of composite materials. The lab focuses on synthetic and biodegradable polymer composites, metal matrix composites, and fiber-reinforced composites, which are widely used in industries such as automotive, aerospace, and biomedical engineering.
Advanced testing and analysis methods are employed to ensure mechanical durability, thermal stability, and structural efficiency, providing valuable insights into material performance under various conditions.
Composite Materials Preparation
Synthetic Polymer Composite:
Epoxy, PVC, PET, PP, Polyester
Biodegradable Polymer Composite:
PBS, PLA
Metal Matrix Composite:
Aluminum
Synthetic Fibre Composite:
Carbon Fibre, Glass Fibre, Basalt Fibre, Aramid Fibre
Natural Fibre Composite:
Jute Fibre, Sisal Fibre, Hemp Fibre, Coir Fibre
Tests Performed
- Microstructure Testing
- Surface Roughness Testing
- Dimensional Accuracy Testing
- Delamination Study
Lab Equipment
Microscope
The microscope is essential for analyzing the microstructure of composite materials, allowing researchers to examine grain boundaries, phases, and surface morphology in detail.
Hardness Tester
Used to measure surface hardness, this equipment determines the resistance of materials against deformation, crucial for composite and metal matrix evaluations.
UV-Sanitizer
A UV-Sanitizer ensures that lab tools and samples remain free from contaminants, maintaining a sterile testing environment for accurate results.
Diesel Engine
This diesel engine setup is used to analyze fuel efficiency, combustion characteristics, and emissions for research on alternative fuels and composite applications in engine components.
Materials
Various materials including polymer composites, metal matrix, and fiber-reinforced composites are used in experimental setups for material testing and research.
Sample Materials
Composite Sample