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Ebonite Rod
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Ebonite Rod is a solid, hard, and chemically resistant rod made from vulcanized natural rubber, commonly used in scientific and technical settings for its excellent electrical insulating properties. Due to the vulcanization process, ebonite becomes highly rigid and durable, exhibiting strong resistance to heat, chemicals, and mechanical wear. Its smooth, black surface is ideal for laboratory experiments involving static electricity where it can easily acquire and hold electric charge when rubbed with materials such as fur or wool. This makes the ebonite rod indispensable in physics demonstrations of electrostatics, including charging by friction and static force interactions. Besides educational use, ebonite rods are also utilized in manufacturing industries for producing components that require robust insulating materials. The rod’s chemical resistance ensures longevity even in harsh laboratory environments, making it a reliable tool for repeated use. Its non-conductive nature allows it to act as a barrier preventing electrical current flow, thus providing safety and control in experimental setups.
Description
Uses
Primary Uses
- Demonstration of static electricity principles and electrostatic charge accumulation in physics laboratories.
- Used as a reliable electrical insulator for various laboratory apparatus.
- Employed in electrostatics experiments for charge transfer via friction (rubbing with cloth).
- A key tool for studying electrical conduction, charge distribution, and insulation phenomena.
- Utilized in generating static electricity for teaching concepts of electrostatic forces and fields.
Secondary Uses
- Production of electrical components requiring durable insulating materials in manufacturing.
- Research tool for investigating material properties under static electric conditions.
- Used in technical workshops and training for understanding electrical safety and static control.
- Components fabrication in seals, gaskets, and insulating parts across various industries.
- Educational aid in arts and science workshops to demonstrate static charge and electric phenomena.
PRODUCT KEY FEATURES
Basic Identification Attributes
- Material: Hard, vulcanized natural rubber known as ebonite.
- Form: Cylindrical rod with polished, smooth surface.
- Size: Available in multiple diameters and lengths to suit laboratory and technical needs.
Physical & Chemical Properties
- Exceptional electrical insulating capability with high resistance to current flow.
- Resistant to acids, alkalis, organic solvents, and most chemicals encountered in labs.
- Rigid structure with thermal stability within moderate temperature ranges.
- Appearance: Opaque black color with smooth finish.
Safety & Hazard Attributes
- Non-toxic under normal handling conditions; dust may irritate respiratory tract.
- Fragile edges can cause minor cuts or splinters if mishandled.
- Non-flammable but emits dense smoke upon burning.
Storage & Handling Attributes
- Store in a cool, dry environment away from direct sunlight to prevent degradation.
- Handle with gloves during machining or shaping to avoid splinters.
- Avoid prolonged exposure to strong oxidizing agents and high temperatures.
Regulatory & Compliance Attributes
- Manufactured under industrial safety and quality standards for technical and laboratory use.
- Compliant with safety norms for electrical insulating materials.
Environmental & Health Impact
- Not biodegradable but recyclable where facilities exist.
- Proper disposal recommended to minimize environmental contamination.
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Use PPE such as gloves and safety goggles when cutting or shaping.
- Avoid inhalation of dust generated during mechanical processing.
- Keep away from open flames or high heat sources.
First Aid Measures
- Wash skin with soap and water if irritation occurs.
- Rinse eyes thoroughly with water if exposed to dust or particles.
- Treat cuts or splinters promptly; seek medical help if needed.
Firefighting Measures
- Use dry chemical or CO2 extinguishers for fires involving ebonite material.
- Avoid water-based extinguishing methods to prevent fire spread.
- Firefighters should wear protective gear to avoid inhaling toxic smoke.
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