Materials Science Consulting
Goodwell Science is focused on providing expertise and guidance in the development, selection and optimization of materials made from polymers (plastics) and composites (combination of different materials). Our core focus areas include:
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Material Selection: Advising clients on choosing the right polymers and composites for their specific applications, considering factors like strength, durability, cost and environmental impact.
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Formulation and Processing: Assisting with the formulation of polymer blends and composites, as well as optimizing manufacturing processes to achieve desired material properties.
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Testing and Characterization: Conducting testing and analysis to assess the mechanical, thermal, and chemical properties of polymers and composites, ensuring they meet quality and performance standards.
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Failure Analysis: Investigating material failures and providing insights into the causes, helping clients improve product reliability and safety.
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Sustainability: Consulting on eco-friendly alternatives and methods for polymer and composite materials to meet sustainability goals.
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Regulatory Compliance: Ensuring that materials meet industry regulations and standards, such as those related to safety and environmental impact. Marine Biodegradable, home compostable and industrial compostable certification for plastics.
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Research and Development: Collaborating on research projects to develop new polymers, composites, and innovative applications for these materials.
At Goodwell Science, our mission is to elevate material performance, reduce costs, and promote sustainable practices, empowering businesses to make informed decisions regarding material selection and utilization.
Thermal Behavior
The thermal behavior of plastics refers to how plastic materials respond to changes in temperature.
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Melting Point
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Glass Transition Temperature (Tg)
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Thermal Expansion
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Curing Degree
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Heat Resistance
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Thermal Conductivity
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Thermal Stability
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Heat Deflection Temperature (HDT)
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Flammability
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Thermal Conductivity
Mechanical Properties
The mechanical properties of polymers are characteristics that describe how these materials respond to applied forces and loads.
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Tensile Strength
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Elongation at Break
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Young's Modulus (Modulus of Elasticity)
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Flexural Strength
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Flexural Modulus
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Compressive Strength
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Shear Strength
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Hardness
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Creep Resistance
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Fracture Toughness
Failure analysis
This analysis is crucial for understanding why and how a polymer component failed, whether in industrial machinery, consumer products, or other applications.
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Gather Information
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Visual Examination
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Sample Collection
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Material Identification
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Microscopic Examination
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Chemical Analysis
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Environmental Factors
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Stress Analysis
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Root Cause Analysis
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Recommendations
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Technical Report
Statistical Analysis
Decision-making, problem-solving, and quality improvement across a wide range of industries.
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Collect the right data and prepare it for analysis
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Design effective experiments to optimize a process
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Analyze data to gain insight into your business
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Apply advanced statistical methods for quality improvement
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Interpret results to make data-driven decisions
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Create clear presentations to summarize findings
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For more information send us an email.