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Dip Circle
Original price was: $ 19.50.$ 19.35Current price is: $ 19.35.
Dip Needle
Original price was: $ 17.90.$ 17.82Current price is: $ 17.82.
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A Dip Needle is a finely balanced magnetic needle used to measure the magnetic dip or inclination angle of the Earth’s magnetic field. Mounted to pivot freely in a vertical plane, the needle aligns itself with the Earth’s magnetic field lines, enabling precise determination of the angle between the horizontal plane and magnetic field direction. Dip Needles are essential instruments in geophysics, navigation, and laboratory studies of magnetism. They provide crucial data for mapping magnetic variations, compass calibration, and educational demonstrations. Typically constructed with magnetized steel or alloy, dip needles are designed for sensitivity and durability in field and lab environments.
Description
Dip Needle
Primary Uses
- Geophysical and Laboratory Applications
- Measurement of Earth’s magnetic dip angle (inclination).
- Used in geomagnetic surveys and mineral exploration.
- Calibration and testing of magnetic compasses and related instruments.
- Research studies involving magnetic field behavior and variations.
- Educational tool for demonstrating principles of magnetism and Earth’s magnetic field.
Secondary Uses
- Environmental and Industrial Applications
- Used in archaeological surveys for detecting buried ferrous objects.
- Assists in wildlife orientation studies that rely on Earth’s magnetism.
- Employed in environmental monitoring involving magnetic anomaly detection.
- Utilized in industrial applications requiring magnetic field measurements or testing.
KEY PRODUCT FEATURES
1. Basic Identification Attributes
- Type: Magnetized dip needle for magnetic inclination measurement
- Mounting: Mounted on a low-friction pivot for free movement in vertical plane
- Material: Steel or magnetic alloy needle
- Size: Varies from small precision needles for lab use to larger field models
2. Physical & Chemical Properties
- Magnetic Properties: Sensitive to Earth's magnetic field variations
- Durability: Resistant to corrosion with proper care; often housed in protective casing
- Balance: Precisely balanced for minimal friction and accurate readings
3. Safety & Hazard Attributes
- Non-toxic and safe under normal handling
- Needle tips may be sharp; handle with care to avoid injury
- Magnetic fields can interfere with electronic devices; maintain safe distance
4. Storage & Handling Attributes
- Store in protective case to avoid damage to needle and pivot
- Keep away from strong magnets and electromagnetic sources to maintain accuracy
- Periodic calibration recommended to ensure precision
5. Regulatory & Compliance Attributes
- Manufactured following scientific instrument quality standards
- Suitable for use in accredited research, educational, and industrial labs
6. Environmental & Health Impact
- No significant environmental impact
- No hazardous chemicals involved
- Promotes scientific understanding of geomagnetism and environmental phenomena
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Avoid dropping or mechanical shocks
- Use gloves if handling frequently to avoid corrosion from oils or moisture
- Keep away from electronic devices to prevent interference
First Aid Measures
- For minor cuts from needle tips, clean wound and apply first aid
- Seek medical attention for serious injuries
Firefighting Measures
- Non-flammable
- Use appropriate extinguishing methods for surrounding materials if fire occurs
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Dip Needle Complete
Dip Needle Complete is a fully assembled and calibrated magnetic dip measurement instrument used for precise determination of the Earth’s magnetic inclination angle. This complete apparatus includes a magnetized dip needle mounted on a low-friction pivot within a protective housing, accompanied by a graduated circular scale for accurate angular readings. The instrument is designed for use in geophysical surveys, educational labs, and research institutions to study Earth’s magnetic field behavior. The complete setup ensures reliable, repeatable measurements with enhanced durability and ease of use, suitable for both field and laboratory environments.
