Eisco - Mineral Test Kit with 9 Raw Mineral Samples and Testing Tools - Includes Streak Plate, Magnet, Hand Lens, and More - Classroom and Field Geology Identification Kit

• COMPLETE MINERAL TESTING KIT || Includes essential tools and 9 raw mineral samples for testing hardness, streak color, magnetic properties, and effervescence. Perfect for hands-on geology demonstrations.
• 9 RAW MINERAL SPECIMENS || Includes Calcite, Quartz, Gypsum, Hematite, Magnetite, Microcline, Pyrite, Fluorite and Talc. Each sample is approximately 0.5 inches, making them ideal for testing and experimentation. Includes specimen key for identification.
• PORTABLE TESTING TOOLS || Comes with a reusable streak plate, glass plate, magnet, dropper bottle, nail, copper square, and retractable hand lens, all stored in a convenient reusable box. Ideal for field use.
• CLASSROOM AND FIELD USE || Great for teaching geology concepts in classrooms or conducting field tests. Engages students with hands-on activities to identify and classify minerals.
• LOCALLY PROCESSED MINERAL SAMPLES || Specimens are sourced globally and carefully cut and prepared in Victor, NY, ensuring high-quality samples that highlight defining features for study.

The Eisco Mineral Test Kit provides a complete set of tools and raw mineral specimens for identifying and classifying minerals. This kit includes 9 distinct mineral samples—Calcite, Quartz, Gypsum, Hematite, Magnetite, Microcline, Fluorite, Pyrite, and Talc—each approximately 0.5 inches in size and labeled for easy identification. Specimens are sourced globally and locally cut in Victor, NY, ensuring consistent quality and preparation.

Essential testing tools, such as a streak plate, glass plate, magnet, dropper bottle, nail, copper square, and retractable hand lens, are included in a portable zip-lock bag for convenient storage and field use. Perfect for classrooms, laboratories, or personal exploration, this kit demonstrates mineral hardness, streak color, magnetic properties, and more. Engage with geological techniques and explore mineral diversity with this interactive toolset.