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Accelerators & Retarders-1%
Desiccators with Knob
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Digital pH Meter
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Diffraction Gratings
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Diffraction Gratings are precision optical components used to disperse light into its component wavelengths for spectral analysis. These gratings consist of a surface with a series of closely spaced lines or grooves that diffract incoming light at specific angles depending on wavelength, enabling separation and measurement of spectral bands. Available in transmission or reflection formats, diffraction gratings are made from materials like glass or quartz and are often coated for enhanced optical performance. They are widely used in laboratories, research institutions, and industrial applications involving spectroscopy, photonics, and laser systems.
Description
Diffraction Gratings
Primary Uses
- Laboratory and Scientific Applications
- Used in spectrometers to analyze light spectra by separating wavelengths.
- Essential in optical experiments for studying interference and diffraction patterns.
- Applied in wavelength calibration for photometric and spectroscopic instruments.
- Commonly used in educational laboratories for physics demonstrations.
- Integral to analytical techniques in chemistry, biology, and environmental testing.
Secondary Uses
- Industrial and Technological Applications
- Utilized in optical communication systems for multiplexing and demultiplexing signals.
- Employed in laser tuning systems and wavelength selection.
- Used in quality control systems for material identification and color measurement.
- Applied in astronomical instruments to analyze starlight spectra.
KEY PRODUCT FEATURES
1.Basic Identification Attributes
- Types: Transmission and reflection gratings
- Materials: Glass, quartz, or plastic substrates with ruled or holographic surfaces
- Groove Density: Available in various line densities (e.g., 300–1800 lines/mm)
2.Physical & Chemical Properties
- Optical Precision: High resolution for accurate wavelength separation
- Coating: May include aluminum or dielectric coatings for reflectivity or durability
- Durability: Stable under controlled laboratory environments
3.Safety & Hazard Attributes
- Fragile; may break if mishandled or dropped
- Optical surfaces should not be touched to avoid contamination
4.Storage & Handling Attributes
- Store in clean, dust-free cases to prevent surface damage
- Handle with gloves or lens paper to preserve surface integrity
- Avoid exposure to high humidity and direct sunlight
5.Regulatory & Compliance Attributes
- Manufactured in accordance with laboratory and optical industry standards
- Compliant with optical safety and precision measurement guidelines
6.Environmental & Health Impact
- Reusable component with minimal environmental impact
- No hazardous chemicals involved in standard use
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Do not apply pressure or force to the grating surface
- Use only designated mounts or holders during experiments
First Aid Measures
- In case of glass breakage, follow standard procedures for handling sharp fragments
- If accidental laser exposure occurs, follow laser safety protocols
Firefighting Measures
- Non-flammable material
- Use fire suppression methods appropriate to surroundings
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