Advanced Search Results
Refine your search by using the category filter.
Glass Prism, Equilateral (Length 75 Mm, Face 25Mm)
Introducing our Glass Prism, Equilateral (Length 75 Mm, Face 25Mm) - a must-have for any science enthusiast or student. This prism is made of high-quality glass and is designed to split light into its component colors, making it perfect for experiments and demonstrations. Its equilateral shape with a length of 75mm and face of 25mm ensures accurate and consistent results. This prism is a great addition to any laboratory or classroom and can also be used for photography and art projects. Get your hands on this versatile and durable Glass Prism today!
Product Specifications:
Product Name | Glass Prism, Equilateral (Length 75 Mm, Face 25Mm) |
Material | Glass |
Shape | Equilateral Glass Prism |
Length | 75 Mm |
Face Width | 25 Mm |
Perfect for:
- Science enthusiasts
- Physics students
- Teachers and professors
- Researchers
- STEM educators
- Laboratory technicians
Glass Right Angle Prism 32 X 50 Right
This Glass Right Angle Prism 32 X 50 is perfect for measuring critical angle and observing total internal reflection. Made of clear optical glass, this prism features angles of 90?-45?-45?. Each prism is cut and polished manually, so dimensions may vary slightly. Whether you're conducting experiments or just want to explore the properties of light, this prism is an excellent tool to have.
Product Specifications:
Product Name | Glass Right Angle Prism 32 X 50 Right |
Material | Glass |
Angle | 90?-45?-45? |
Application | For measuring critical angle and observing total internal reflection |
Manufacturing Method | Cut and polished manually |
Dimensions | Approximate |
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: Handle with care. This product is made of clear optical glass and can break if dropped or mishandled. Use caution when measuring critical angles and observing total internal reflection.
Perfect for:
- Optical engineers
- Physics students
- Science enthusiasts
- Laboratory technicians
- Researchers
- Professionals in the optics industry
Gravitron
An exciting toy that brings the gravity-defying tricks of the gyroscope into a child's world of imagination. Perfect for children who love exploring the laws of physics in a fun and imaginative way.
Key Features
- Concealed gyroscope in a spaceship design
- Simple-to-use T-handle
- Includes T-handle, pedestal, and instructions
Product Specifications:
Made in | USA |
Similar Products:
- Gyro Wheel
- Gyrobi
- Super Gyroscope
- Axis Gyro
- Orbitron
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: None
Perfect for:
- Children aged 6-12 who love exploring the laws of physics in a fun and imaginative way
Lever Clamp (Knife Edge Clamp) Clamp
The Lever Clamp (Knife Edge Clamp) is a useful tool for fitting standard meter sticks used in setting up a demonstration balance to study principles of levers, moments, torque, and more. Made of spot-welded steel, this clamp is designed for fastening to meter sticks by means of a knurled set screw and allows for easy viewing of the meter stick. It is also provided with a removable metal wire stirrup which serves as a weight hanger when placed in an inverted position. This versatile clamp is a must-have for any physics classroom or laboratory.
Product Specifications:
Product Name | Lever Clamp (Knife Edge Clamp) |
Material | Spot Welded Steel |
Compatibility | Fitting Standard Meter Sticks |
Features | Fastening to meter sticks by means of knurled set screw, easy viewing of the meter stick, removable metal wire stirrup which serves as a weight hanger when placed in an inverted position |
Intended Use | For setting up a demonstration balance to study principles of levers, moments, torque, etc. |
Perfect For:
- Science teachers
- High school students studying physics
- College students studying physics or engineering
- Home-schooling parents teaching science
- Science enthusiasts and hobbyists
Standard Meter Stick For Measurements And Experiments
The Lever Stick, Meter Stick 100Cm Stick, Lever, Meter, 1Cm Lever Stick, Meter Stick 100Cm Standard Meter Stick is an essential tool for any laboratory or classroom. This versatile stick can be used for measurements as well as lever, balance, and torque experiments. Made of hard wood and printed with black markings, this meter stick is durable and easy to read. It is available in two sizes to fit your specific needs. Whether you are a student or a professional, this standard meter stick is a must-have for accurate and reliable measurements.
Key Features:
- Standard meter stick for measurements
- Can be used for lever, balance, and torque experiments
- Made of hard wood
- Printed with black markings
- Available in two sizes
- Durable and long-lasting
Product Specifications:
Product Name | Lever Stick |
Product Name | Meter Stick 100Cm |
Product Name | Lever |
Product Name | Meter |
Product Name | 1Cm Lever Stick |
Product Description | Standard Meter Stick For Measurements As Well As Lever, Balance And Torque Experiments. Made Of Hard Wood And Printed With Black Markings. Available In Two Sizes. |
Perfect For:
- Science students in high school and college
- Physics enthusiasts and hobbyists
- Teachers and professors who teach physics and science
- Laboratory technicians and researchers who conduct experiments
- Engineering students and professionals
- Anyone who needs accurate measurements and calculations in their work or hobbies
Lever Stick and Meter Stick 50Cm
The Lever Stick and Meter Stick 50Cm are essential tools for any measuring task. The Lever Stick is a sturdy and reliable lever that can be used to lift heavy objects with ease. The Meter Stick 50Cm is a precise measuring tool that is perfect for measuring length, width, and height. Both tools are made from high-quality materials and are built to last. Whether you're a professional contractor or a DIY enthusiast, the Lever Stick and Meter Stick 50Cm are must-have tools in your toolkit.
Product Specifications:
Product Name | Lever Stick |
Product Type | Meter Stick |
Length | 50cm |
Perfect For: School Students and Educators
- Mathematics and Physics students who require accurate measurements for experiments and assignments
- Science educators who need reliable tools for teaching and demonstrating principles of physics and mechanics
- Engineering students who require precise measurements for designing and building projects
- Architects and designers who need to measure and draw to scale
- Construction workers and contractors who require accurate measurements for building and renovation projects
- DIY enthusiasts who require precise measurements for home improvement projects
CAUTION: These tools are for measuring and should be used with care. Keep away from children and use with caution to avoid injury or damage to property.
DBS002 Lever Support (Balance Support)
Sturdy, precise, lightweight, cast-metal, educational.
Key Features
- Lightweight cast metal for durability and portability
- Precision-machined slots for knife-edge lever clamp
- Milled bottom for flatness and stability
- Single piece structure, 18.5 cm tall
- Useful in studying balance, lever principles, and moment of force
Product Specifications
Material | Lightweight cast metal |
Height | 18.5 cm |
Base Stability | Milled bottom for flatness |
Precision | Precision-machined slots for clamp |
Dimensions | 7"x3"x3" |
Application | Meter stick demonstrations, torque experiments |
Similar Products
- Cast metal physics lever
- Precision educational balance
- Compact demonstrator support
- Sturdy meter stick base
- Educational torque support
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for physics educators, students and learners, science labs and classrooms, educational institutions, and hobbyists interested in physics.
Lever Support Stand
The Lever Support Stand is a versatile tool designed to support levers, balances, and torque experiments. It is best used in conjunction with the Knife-Edge Lever Clamp Part# Lvr_Clmp and Standard Meter Stick Part# Lvr_Stk for optimal results. This stand provides reliable support for various experiments and is a must-have for any laboratory.
Key Features:
- Designed for lever, balance, and torque experiments
- Compatible with Knife-Edge Lever Clamp Part #Lvr_Clmp and Standard Meter Stick Part #Lvr_Stk
- Provides stable support for accurate measurements
- Easy to assemble and adjust
- Durable construction for long-lasting use
- Compact size for easy storage and transport
Product Specifications:
Product Name | Lever Support Stand |
Components | Lever, Stand |
Intended Use | Support Lever, Balance and Torque Experiments |
Compatibility | Knife-Edge Lever Clamp Part# Lvr_Clmp and Standard Meter Stick Part# Lvr_Stk |
Perfect for:
- Physics students
- Science teachers
- Lab technicians
- Engineering students
- Research scientists
- Anyone conducting experiments involving levers and balance
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: Use the Lever Support Stand only with the Knife-Edge Lever Clamp Part# Lvr_Clmp and Standard Meter Stick Part#Lvr_Stk for best results. Do not use with any other equipment.
Linear Expansion Apparatus (Micrometer Form)
The Linear Expansion Apparatus (Micrometer Form) is a device designed to measure the linear expansion of materials. It is commonly used in the field of materials science and engineering to study the behavior of different materials under varying conditions. The micrometer form of the apparatus allows for precise measurements of the expansion of the material being tested. This apparatus is an essential tool for researchers and engineers who are interested in understanding the properties of different materials and how they respond to changes in temperature and other environmental factors.
Product Specifications:
Product Name | Linear Expansion Apparatus (Micrometer Form) |
Type | Expansion |
Form | Micrometer |
Application | Linear Expansion |
Perfect For:
- Physics students in high school or college
- Science teachers or professors
- Researchers in the field of thermal expansion
- Industrial engineers or technicians working with materials that expand with temperature changes
- Manufacturing companies that produce products affected by thermal expansion
- Government agencies or laboratories conducting experiments on thermal expansion
Masses With Hooks On Both Sides 1 Gm
Masses with Hooks on Both Sides 1 Gm are a versatile weight option for laboratory use. These masses allow you to hang the weights to each other as well as to other instruments, making them a convenient choice for various experiments. Made of brass, some of them may be plated with nickel as shown in the image. The bottom hook in larger masses are recessed and will not be visible.
Product Specifications:
Product Name | Masses With Hooks On Both Sides 1 Gm |
Hooks | 1 Gm Hooks |
Material | Brass (some may be plated with nickel) |
Functionality | Allows hanging weights to each other as well as to other instruments |
Additional Features | Bottom hook in larger masses are recessed and will not be visible |
Perfect For:
- Scientists and researchers in the field of physics
- Engineering students and professionals
- Laboratory technicians and assistants
- Manufacturers of precision instruments and machinery
- Industrial and mechanical engineers
- Academic institutions and research facilities
Product Description:
Masses with hooks on both sides 1 gm are ideal for scientists, researchers, engineering students and professionals, laboratory technicians and assistants, manufacturers of precision instruments and machinery, industrial and mechanical engineers, and academic institutions and research facilities. These masses allow you to hang the weights to each other as well as to other instruments, making them highly versatile and practical for a wide range of applications. Made of brass and some of them may be plated with nickel as shown in the image, these masses are highly durable and long-lasting. The bottom hook in larger masses are recessed and will not be visible, ensuring a seamless and professional appearance.
Maxwell Wheel
The Maxwell Wheel is a classic device that demonstrates the conservation of mechanical energy. It rotates and demonstrates the conversion between potential and kinetic energy, while also showing the conservation of mechanical energy. This device is easy to use and set up, and is durable and long-lasting.
Product Specifications:
Material | Metal, plastic |
Dimensions | N/A |
Weight | N/A |
Packaging | Individual |
Similar Products
- Pendulum Wave Demonstration
- Kinetic and Potential Energy Demonstration Kit
- Newton's Cradle
- Friction Block Set
- Inertia Balance Demonstration
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for physics classrooms and demonstrations of conservation of energy.
Target Group:
- Physics teachers and professors
- High school and college students studying physics
- Science enthusiasts interested in conservation of energy
Maxwell's Wheel
Classic device demonstrating conservation of mechanical energy.
Key Features:
- Rotates and demonstrates conversion between potential and kinetic energy.
- Shows conservation of mechanical energy.
- Easy to use and set up.
- Durable and long-lasting.
Metal Blocks Density Set
These Metal Blocks (Density Blocks Set of 4) are perfect for science students studying density and physical properties of metals. The set includes solid metal blocks made of copper, brass, iron, and aluminum, which can be used for teaching, measuring, and comparing density. The blocks are identified by physical properties such as color, weight, and attraction to magnet, making them ideal for comparing other physical properties such as hardness and sound. They are durable and can last for many years and experiments if maintained with care.
Key Features
- Blocks of same size (13 x 13 x 50 milimeters).
- Compare weight to determine lower density.
- Identified by physical properties such as color, weight, and attraction to magnet.
- Copper (redish color), Brass (yellow color), Iron (heavy and attracted to magnet), Aluminum (light and not attracted to magnet).
- May also be used to compare other physical properties such as hardness and sound.
- Durable and can last for many years and experiments if maintained with care.
Product Specifications:
Material | Copper, Brass, Iron, Aluminum |
Dimensions | 13 x 13 x 50 milimeters |
Weight | N/A |
Packaging | Set of 4 |
Similar Products
- Periodic Table of Elements Set
- Measurement and Calculation Set
- Science Classroom Starter Set
- Chemistry Experiment Kit
- Basic Physics Set
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for science students studying density and physical properties of metals.
Key Features:
- Blocks of same size (13 x 13 x 50 milimeters).
- Compare weight to determine lower density.
- Identified by physical properties such as color, weight, and attraction to magnet.
- Copper (redish color), Brass (yellow color), Iron (heavy and attracted to magnet), Aluminum (light and not attracted to magnet).
- May also be used to compare other physical properties such as hardness and sound.
- Durable and can last for many years and experiments if maintained with care.
Product Specifications:
Material | Copper, Brass, Iron, Aluminum |
Dimensions | 13 x 13 x 50 milimeters |
Weight | N/A |
Packaging | Set of 4 |
Similar Products
- Periodic Table of Elements Set
- Measurement and Calculation Set
- Science Classroom Starter Set
- Chemistry Experiment Kit
- Basic Physics Set
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Looking for more science tools? Check out these similar products!
CAUTION: Handle with care as metal blocks may cause injury if mishandled or dropped. Keep away from small children and pets.
TARGET GROUP: Science students studying density and physical properties of metals.Perfect for:
- Science students studying density and physical properties of metals.
Metal Blocks Density Set is an excellent tool for science students who are studying density and physical properties of metals. This set of 4 solid metal blocks (copper, brass, iron, aluminum) is perfect for teaching, measuring, and comparing density. Students can use these blocks to compare weight and identify physical properties such as color, weight, and attraction to magnet. The blocks are of the same size (13 x 13 x 50 milimeters), making it easier for students to compare and contrast.
Key Features:
- Blocks of same size (13 x 13 x 50 milimeters).
- Compare weight to determine lower density.
- Identified by physical properties such as color, weight, and attraction to magnet.
- Copper (redish color), Brass (yellow color), Iron (heavy and attracted to magnet), Aluminum (light and not attracted to magnet).
- May also be used to compare other physical properties such as hardness and sound.
- Durable and can last for many years and experiments if maintained with care.
Product Specifications:
Material | Copper, Brass, Iron, Aluminum |
Dimensions | 13 x 13 x 50 milimeters |
Weight | N/A |
Packaging | Set of 4 |
Similar Products:
- Periodic Table of Elements Set
- Measurement and Calculation Set
- Science Classroom Starter Set
- Chemistry Experiment Kit
- Basic Physics Set
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for science students studying density and physical properties of metals.
Slinky 75 Mm Metal Coil Spring
This metal coil spring, also known as the Slinky 75 Mm Spring, is a classic toy that has been entertaining children and adults alike for generations. Made from durable metal, this Slinky is built to last and can provide hours of fun and entertainment. It is perfect for use as a stress reliever or as a tool for teaching physics concepts. The Slinky 75 Mm Metal Coil Spring measures 75 millimeters in diameter and can stretch up to 10 feet long. Get your hands on this iconic toy today and experience the joy of the Slinky for yourself!
Product Specifications:
Product Name | Metal Coil Spring |
Spring Type | Slinky 75 Mm Spring |
Material | Metal |
Size | Slinky 75 Mm Metal Coil Spring |
Similar Products
- Flexible Metal Spring
- Mini Metal Coil Spring
- Metal Slinky Spring Toy
- Large Metal Coil Spring
- Metal Spring Assortment Pack
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Caution: This product contains metal coil springs which may pose a hazard if not used properly. Keep out of reach of young children and use with adult supervision.
Perfect for:
- Children aged 5-12
- Toy collectors
- People looking for stress relief toys
- Individuals who enjoy fidget toys
- Anyone who wants to experience the classic Slinky toy
- Gift-givers looking for a fun and nostalgic present
Metal Pulley, Double Parallel, 25Mm Wheels
This Metal Pulley, Double Parallel, 25Mm Wheels is a must-have for any science lab or industrial setting. The pulley is made of zinc alloy and plated with nickel, ensuring durability and longevity. The wheels have a diameter of 1 inch (25mm) each and are designed to accept ropes of 2mm up to 6mm in diameter. This pulley is perfect for science experiments in physics and mechanics, as well as industrial applications. Its double parallel wheels make it easy to use and maneuver.
Key Features:
- Double parallel design for increased stability and weight distribution
- 25mm (1 inch) diameter wheels casted from zinc alloy and plated with nickel for durability
- Accepts ropes of 2mm to 6mm in diameter for versatility
- Suitable for use in science experiments in physics and mechanics, as well as industrial applications
- Provides smooth and efficient movement of ropes and cables
- Made of high-quality metal for long-lasting use
Product Specifications:
Product Name | Metal Pulley, Double Parallel, 25Mm Wheels |
Material | Zinc Alloy |
Plating | Nickel |
Diameter | 1 inch (25mm) |
Wheel Type | Double Parallel Wheels |
Acceptable Rope Diameter | 2mm to 6mm |
Intended Use | Science experiments in physics and mechanics, as well as industrial applications |
Similar Products
- Heavy Duty Metal Pulley with Double Wheels
- Parallel Metal Pulley with 25mm Wheels
- Double Wheel Metal Pulley for Industrial Use
- Nickel Plated Metal Pulley with Double Parallel Wheels
- Science Experiment Metal Pulley with 25mm Wheels
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: This metal pulley is intended for use in science experiments and industrial applications. Please ensure that ropes used with this pulley are within the recommended diameter range of 2mm to 6mm. Use with caution and follow all safety guidelines.
Perfect for:
- Physics and mechanics enthusiasts
- Industrial professionals
- Science experimenters
- Students studying physics or mechanics
- DIY enthusiasts
- Engineers
Metal Pulley - Single, 25mm Wheel
This metal pulley is a single wheel, 1 inch (25mm) in diameter, casted from zinc alloy and plated by nickel. It is commonly used for science experiments in physics and mechanics. The pulley's durable metal construction ensures reliable performance, and its precise 25mm wheel size allows for accurate measurements and calculations. Whether you're a student, hobbyist, or professional, this metal pulley is an essential tool for any project that requires precise motion control.
Key Features:
- Single wheel design with 1 inch (25mm) diameter
- Casted from zinc alloy and plated with nickel for durability
- Used for science experiments in physics and mechanics
- Real metal construction for authentic results
- Simple and easy to use
- Unique selling point: Ideal for educational purposes and practical demonstrations
Product Specifications:
Product Name: | Metal Pulley, Single, 25Mm Wheel |
Material: | Metal, Zinc Alloy |
Wheel Diameter: | 1 inch (25mm) |
Number of Wheels: | Single |
Plating: | Nickel |
Intended Use: | Science experiments in physics and mechanics |
Similar Products
- Steel Pulley, Single, 30Mm Wheel
- Metal Wheel Pulley, Double, 20Mm
- Aluminum Pulley, Single, 25Mm Wheel
- Brass Wheel Pulley, Single, 25Mm
- Metal Pulley, Double Wheel, 30Mm Diameter
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: This metal pulley is intended for use in science experiments in physics and mechanics only. Please handle with care and follow all safety guidelines to avoid any potential hazards.
Perfect for:
- Physics and mechanics students
- Science experiment enthusiasts
- Teachers and educators
- DIY mechanics and engineers
- Science hobbyists
- University and college students
Convex Mirror with 75mm Diameter and 100mm Focal Length
Are you in need of a high-quality convex mirror for your laboratory or scientific experiments? Look no further than our Convex Mirror with 75mm Diameter and 100mm Focal Length. This mirror is made with precision and accuracy in mind, ensuring that you get the most accurate results possible. With a durable and sturdy construction, you can rely on this mirror for all of your scientific needs. Whether you're conducting experiments or simply need a reliable mirror for your work, this product is the perfect choice. Order yours today and experience the difference for yourself!
Product Specifications:
Product Type | Mirror, Convex |
Diameter | 75mm |
Focal Length | 100 |
Additional Specifications | Fl1 Mirror |
Similar Products
- Convex Mirror, D:75Mm, Fl:100
- Mirror, Fl1
- Convex Mirror, Fl1
- Concave Mirror, D:75Mm, Fl:100
- Flat Mirror, D:75Mm
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: This product contains convex mirrors which may cause distortion and affect depth perception. Use with caution when operating machinery or driving vehicles.
Perfect for:
- Optometrists and ophthalmologists
- Physics and optics researchers
- Science teachers and educators
- Amateur astronomers and stargazers
- Photography and videography enthusiasts
- Industrial and manufacturing quality control inspectors
100 x 100mm Flat Mirror, Unmounted
This unmounted 100 x 100mm flat mirror is a high-quality optical instrument made from silvered glass, offering excellent reflectivity and durability. It is an indispensable tool for various optical experiments and applications.
Key Features
- High-quality silvered glass.
- Clear and accurate reflections.
- Size: 100 x 100mm, versatile for various setups.
- Durable and reliable for educational use.
- Unmounted for flexible application.
Product Specifications
Material | Silvered Glass |
Dimensions | 100 x 100mm |
Mounting | Unmounted |
Applications | Optical experiments, kaleidoscopes, reflectors |
Durability | High |
Similar Products
- 120 x 120mm, unmounted, clear reflection.
- 80 x 80mm, silver glass, precise optics.
- 150 x 150mm, durable, optical quality.
- 90 x 90mm, versatile use, clear image.
- 110 x 110mm, high-quality mirror, unmounted.
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for Physics educators, students, laboratory technicians, and optics enthusiasts.
Mirrors, Spherical, Concave Diameter 50 Mm; Focal Length 15 Cm
Introducing our Mirrors, Spherical, Concave Diameter 50 Mm; Focal Length 15 Cm, perfect for those in need of high-quality spherical mirrors. These mirrors are concave and have a diameter of 50mm with a focal length of 15cm, making them ideal for a variety of applications. Whether you are a professional or a hobbyist, these mirrors are sure to meet your needs. The concave shape of these mirrors allows for a wider field of view and a sharper image, making them perfect for use in telescopes, microscopes, and other optical instruments. Don't settle for less, choose our Mirrors, Spherical, Concave Diameter 50 Mm; Focal Length 15 Cm for your next project!
Product Specifications:
Product Name | Mirrors, Spherical, Concave |
Diameter | 50 mm |
Focal Length | 15 cm |
Perfect for:
- Physics students and teachers
- Amateur astronomers
- Science enthusiasts
- Optics researchers
- Optometrists
- Professionals in the optical industry
Spherical Concave Mirrors
Looking for a high-quality optical instrument for your laboratory or classroom? Our spherical concave mirrors are just what you need! With a diameter of 75 mm and a focal length of 15 cm, these mirrors are perfect for a variety of experiments and demonstrations.
These mirrors are made from top-quality materials and are designed to provide clear, accurate images. They are ideal for use in physics, astronomy, and other scientific applications.
Whether you're a professional researcher or a student, our spherical concave mirrors are an essential tool for your work. Order yours today and experience the difference for yourself!
Product Specifications:
Product Name | Mirrors, Spherical, Concave |
Diameter | 75 Mm |
Focal Length | 15 Cm |
Perfect For:
- Science students in middle school, high school, and college
- Physics enthusiasts and hobbyists
- Teachers and professors who teach optics and light
- Professionals in the fields of optics, astronomy, and engineering
- Individuals who enjoy conducting experiments and demonstrations
- Anyone interested in learning about the properties of light and reflection
Spherical Convex Mirrors
Looking for high-quality mirrors that can help you in your experiments? Look no further than our Spherical Convex Mirrors! With a diameter of 50mm and a focal length of 100cm, these mirrors are perfect for a variety of applications. Whether you're conducting experiments in a lab or simply need a reliable mirror for your personal use, our Spherical Convex Mirrors are sure to meet your needs.
Product Specifications:
Product Name | Mirrors, Spherical, Convex |
Diameter | 50 mm |
Focal Length | 100 cm |
Perfect for:
- Science enthusiasts
- Physics students
- Optics researchers
- Teachers and educators
- Professionals in the optics industry
- Anyone interested in experimenting with light and reflection