How Engineered Ceramics Drive Innovation in Advanced Materials Research
Engineered ceramics deliver strength, thermal stability, and chemical resistance, driving innovation across energy, aerospace, biomedical, and electronics research.
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Expanding Indole Chemistry: A Breakthrough in Regioselective C5–H Functionalization
A Chiba University team developed a copper-catalyzed method for selective C5–H alkylation of indoles, unlocking new potential for drug discovery and organic synthesis.
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How to Plan Your Lab Equipment Lifecycle from Purchase to Replacement
A proactive approach to laboratory equipment lifecycle planning helps research institutions and labs reduce downtime, manage costs, and ensure market-leading quality from purchase to replacement.
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Common Coating Defects in Thin Films — and How to Prevent Them
Thin film coatings can fail due to pinholes, cracking, or uneven thickness. Learn the causes, prevention strategies, and how the right tools ensure coating integrity.
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How to Choose the Right Laboratory Pump for Your Workflow
Learn how to choose the right laboratory pump—peristaltic, diaphragm, vacuum, or syringe—to match your lab’s workflow, precision, and application needs.
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What Researchers Should Know About Planning High-Temperature Experiments
Avoid costly mistakes in high-temperature experiments. Learn how to plan safely, select compatible materials, and control furnace conditions effectively.
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