Folded Landform Teaching Model A durable PVC model that visually demonstrates fold formation and the resulting landforms. Designed for classroom and laboratory use, it helps students observe and understand pleated structures, basic fold types, and how folds shape mountains and valleys. Key benefits Clear visualization of fold structures: shows formation of a pleated structure and the basic fold forms anticline and skew. Explains landform evolution: demonstrates how folded layers enter mountains and valleys and how external forces produce features such as anticline and slanting mountain. Durable and classroomfriendly: made of PVC to withstand student handling and repeated demonstrations. Practical teaching aid: supports handson training and improves students practical understanding of horizontal crustal movement. Features Material: PVC for low breakage risk and longterm classroom use. Size: 48.5 x 19 x 13 cm, compact enough for table demonstrations and lab storage. Educational focus: specifically designed as a visual aid to explain folds, anticlines, skew, and the development of mountain and valley landforms. Suitable storage conditions: keep in a clean, dry, ventilated space away from direct sunlight. Storage temperature range 25C to 40C. Avoid contact with organic solvents to protect surface color. Use scenarios Classroom demonstration: teacherled explanation of anticline and skew, showing how folds form and change under external forces. Laboratory practicals: student groups perform handson observation and exercises to reinforce concepts of horizontal crustal movement. Home study or small group tutoring: compact model for individual or small group learning, improving spatial understanding of geological structures. Additional notes Allow slight color variation due to display or lighting differences. Size may vary by 0.5 to 1 cm because of manual measurement; refer to the actual product. This model is a practical visual aid and lab supply that complements theory with handson observation, helping to deepen comprehension and improve teaching outcomes.