Glass Block Rectangular 102x64x6mm
Original price was: KSh 869.00.KSh 564.00Current price is: KSh 564.00.
- Material: Optical-Grade Glass
- Dimensions: Length: 102 mm Width: 64 mm Thickness: 6 mm
- Surface Finish: Polished Surfaces
- Transparency: High Clarity
- Durability: Scratch Resistant
- Description
- Reviews (0)
Description
Glass Block Rectangular 102x64x6mm
The rectangular glass block measuring 102x64x6 mm mm is an indispensable tool in educational settings, particularly for teaching physics and optics. Made from high-quality optical-grade glass, it offers excellent transparency and durability. This glass block is ideal for demonstrating refraction, Snell’s Law, total internal reflection, and other optical phenomena. Its precise dimensions, polished surfaces, and beveled edges ensure safety and ease of use, making it a cost-effective and valuable addition to any educational laboratory.
Detailed Specifications
Material:
Optical-Grade Glass: Typically made from high-quality optical glass such as borosilicate or crown glass. This ensures excellent transparency and minimal optical distortion.
High Refractive Index: The glass block usually has a high refractive index, making it suitable for demonstrating refraction and light bending phenomena.
Dimensions:
Length: 102 mm
Width: 64 mm
Thickness: 6 mm
These precise dimensions ensure consistent results in experiments and facilitate easy handling and storage.
Surface Finish:
Polished Surfaces: All faces of the glass block are polished to ensure smooth, flat surfaces. This reduces scattering and distortion of light passing through the block.
Edges and Corners: The edges and corners are often beveled to prevent chipping and enhance safety during handling.
Transparency:
High Clarity: The glass is highly transparent, allowing for clear observation of light paths and other phenomena during experiments.
Durability:
Scratch Resistant: The optical glass is typically scratch-resistant, ensuring longevity and maintaining optical clarity over time.
Thermal Stability: Resistant to thermal stress and can be used in a range of temperatures typical in educational settings
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