à¤¡à¥à¤®à¥à¤à¥à¤¨à¥à¤à¤¾à¤à¤à¤¿à¤à¤ à¤à¥à¤à¤²

मूल्य/उद्धरण प्राप्त करें

MOQ : 1 Unit

पोर्ट का आकार
8-25 Inch

वोल्टेज
वोल्ट (v)

रंग
Black

एप्लीकेशन
For Laboratory

मटेरियल
Metal

Minimum Order Quantity
1 Unit

आपूर्ति की क्षमता
प्रति महीने

डिलीवरी का समय
हफ़्ता

मुख्य निर्यात बाजार
पश्चिमी यूरोप, एशिया, ऑस्ट्रेलिया, पूर्वी यूरोप, मिडल ईस्ट, मध्य अमेरिका, दक्षिण अमेरिका, उत्तरी अमेरिका, अफ्रीका

मुख्य घरेलू बाज़ार
ऑल इंडिया

The offered Demagnetizing Coils are designed and engineered uniquely to ensure their high capacity along with maintaining their heat generation levels. The step winding procedure is used in the production to make sure that the coils meet with the design standards set as per defined industrial guidelines. Top graded fiber glass are mounted on the finished coils to confirm their great impact tolerance and efficient performance even under high moisture work conditions. Our offered Demagnetizing Coils are used extensively by the clients as they ensure a smooth flow of magnetic pulp making its way through the rubber hose as well as coil core.

Salient features:-

The coil is placed near to the discharge point of the magnetized pulp in order to decrease the speed of the pulp.
The offered is also used to demagnetize the stem caps of the valve prior to their inspection
The coil is appreciated by our clients for its defect free build
The durable and reliable service of these coils have made them a clients' favorite.

Technical specification

AMP-turns (Air)	4250
Supply Voltage	230 VAC Frequency: 50/60 Hz
Size(ID)	8 Inch
Model No	DM201
Line Current (Air)	6.5A

Reliable Demagnetizing Performance

Engineered for laboratory use, this demagnetizing coil offers precise and efficient magnetism removal. Its high-grade metal construction ensures durability and long-term service, while its versatile port sizes (8-25 inches) accommodate a wide range of laboratory equipment and components.

Versatile Laboratory Applications

Designed with laboratory professionals in mind, this coil is ideal for use in scientific settings where the demagnetization of instruments or samples is critical. It supports various experiments and procedures, ensuring your workspace is free of residual magnetism, which can affect sensitive measurements.

FAQs of Demagnetizing Coil:

Q: How is the demagnetizing coil used in laboratory applications?

A: The demagnetizing coil is placed around or near the metallic object to be demagnetized. When powered with 230 volts, it generates an alternating magnetic field that neutralizes any residual magnetism in the object, making it safe and accurate for use in sensitive laboratory procedures.

Q: What types of laboratory equipment are suitable for demagnetization with this coil?

A: Any metallic instruments or small components that fall within the 8-25 inch port size range can be demagnetized using this coil. This includes laboratory tools, samples, and measuring devices that may have acquired magnetic properties during use.

Q: When should a demagnetizing coil be used in a laboratory setting?

A: The coil should be employed whenever metallic lab equipment or samples exhibit unwanted magnetism. This is particularly important prior to precise experiments or measurements, where even minor magnetic interference can impact results.

Q: Where is this demagnetizing coil manufactured and supplied from?

A: This demagnetizing coil is manufactured, exported, supplied, and traded by reputable companies based in India, ensuring consistent quality and compliance with international laboratory standards.

Q: What is the process for operating the demagnetizing coil safely?

A: To use the coil safely, ensure it is connected to a 230-volt power source. Position the object within the coils port, activate the device, and slowly withdraw the object to ensure thorough demagnetization. Always adhere to safety guidelines provided by the manufacturer.

Q: What benefits does this demagnetizing coil offer laboratory professionals?

A: This device ensures laboratory accuracy by eliminating residual magnetism in tools and samples, reduces errors in sensitive measurements, and prolongs the lifespan of laboratory equipment by preventing magnetic contamination.

Tell us about your requirement