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Bimetallic Strip in Kenya | Physics Lab & Thermostat Components
KSh700
Key Features & Technical Specifications
- Optimized Metal Bonding: Features a heavy-duty, industrial weld between the brass and steel sheets to ensure the layers never delaminate under high temperatures.
- Insulated Safety Handle: Equipped with a heat-resistant wooden or heavy plastic handle, allowing students and teachers to safely hold the strip directly over an open flame.
- Vibrant Material Contrast: The distinct colors of brass (golden-yellow) and steel (silver-grey) are clearly visible, making it simple for students to identify which metal expands faster.
- Standard Lab Dimensions: Perfectly sized (typically 150mm to 200mm in length) to provide a noticeable, dramatic bending arc within seconds of heat exposure.
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Bimetallic Strip in Kenya – Premium Thermal Expansion Demonstration Tools
Are you trying to find a reliable educational tool to teach thermal physics, or do you need a replacement component for a mechanical heat sensor? Our premium bimetallic strip is engineered to provide clear, immediate visual proof of thermal expansion. Consisting of two distinct metal alloys firmly bonded together, this essential instrument is widely used across secondary schools, universities, and technical workshops in Kenya to demonstrate how heat converts directly into mechanical motion.
We supply durable, highly responsive bimetallic strips built to withstand thousands of heating and cooling cycles without losing calibration.
Critical Applications in Classrooms & Electronics
. KCSE Physics Practical Experiments
- Usage: Essential for teaching the “Effects of Heating Matter” topic within the Kenyan secondary school physics curriculum.
- Benefit: Gives students a clear, memorable visual understanding of linear expansion coefficients and heat transfer.
Mechanical Thermostats & Iron Boxes
- Usage: Serves as the foundation for automatic temperature control switches in domestic appliances like clothes irons, water heaters, and ovens.
- Benefit: Demonstrates how the bending action physically breaks or completes an electrical circuit at a preset temperature.
Electrical Circuit Breakers
- Usage: Explains safety mechanisms that protect buildings from electrical overloads.
- Benefit: Excess current creates heat, which causes the internal bimetallic strip to bend and mechanically trip the main safety switch.
