250W Mica Brass Sled Nozzle Heaters

Name: 250W Mica Brass Sled Nozzle Heaters
Brand: Crown Tech Heaters
Price: 1000 INR
Availability: InStock

Price 1000 INR/ Piece

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MOQ : 12 Pieces

250W Mica Brass Sled Nozzle Heaters Specification

Usage & Applications
Injection Moulding

Type
Sled Nozzle Heaters

Material
Mica

Voltage
220V

Power
250 W

Power Source
Electric

Input Voltage
220V

Installation Type
Clamp-on

Dimension (L*W*H)
30 mm (Inner Diameter) x 40 mm (Band Width) x N/A

Color
Brass

Connector Type
Screw terminal

Shape
Cylindrical band

Thermal Conductivity
Excellent

Cable Type
Fiber braided leads

Insulation
Mica insulation

Sheath Material
Brass

Mounting Feature
Side mounting clamp

Max Temperature
450C

Contact Surface
Polished brass finish

Heating Method
Resistive heating

Lead Protection
Braided cable shield

Corrosion Resistance
High

250W Mica Brass Sled Nozzle Heaters Trade Information

Minimum Order Quantity
12 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 250W Mica Brass Sled Nozzle Heaters

Grab the top choice in industrial heating-our 250W Mica Brass Sled Nozzle Heaters, meticulously engineered for injection moulding excellence. The exquisite, polished brass finish ensures high corrosion resistance and resplendent thermal conductivity, while potent resistive heating technology delivers consistent performance up to 450C. Featuring durable fiber braided leads and a secure screw terminal connector, these cylindrical band heaters offer robust insulation and reliability. Pick yours for maximum efficiency, easy clamp-on installation, and superior longevity in demanding industrial processes across India.

Features and Applications of 250W Mica Brass Sled Nozzle Heaters

Experience the exquisite craftsmanship of our 250W Mica Brass Sled Nozzle Heaters, designed for optimum heat transfer in injection moulding. The resplendent brass sheath delivers excellent corrosion resistance, while the mica insulation encapsulates potent heat for consistent operation up to 450C. The side mounting clamp ensures effortless installation, and the fiber-braided cable leads enhance durability. Reliably clamp the cylindrical heater onto your sled nozzle for top-class industrial performance in demanding settings.

Swift Delivery and Market Reach for 250W Mica Brass Sled Nozzle Heaters

Our valued customers benefit from efficient delivery options across the main domestic markets in India. Each 250W Mica Brass Sled Nozzle Heater undergoes careful valuation and secure packaging to ensure safe transportation. We offer tailored sample policies to facilitate your purchasing decision and support your evaluation process. Swift logistics and prompt customer support make the acquisition of these heaters stress-free and dependable for all your manufacturing requirements.

FAQ's of 250W Mica Brass Sled Nozzle Heaters:

Q: How does the mica insulation benefit the performance of these Nozzle Heaters?

A: Mica insulation provides superior thermal retention and electrical insulation, ensuring efficient heat distribution and reducing energy loss during prolonged operations.

Q: What is the maximum operating temperature of the 250W Mica Brass Sled Nozzle Heater?

A: This heater reaches a maximum temperature of 450C, making it suitable for high-temperature applications such as injection moulding.

Q: Where can these heaters be primarily used?

A: The primary usage is in injection moulding machinery, but they are also suitable for any industrial processes requiring precise nozzle heating and excellent thermal conductivity.

Q: What installation method is recommended for these Sled Nozzle Heaters?

A: Installation is straightforward with the clamp-on side mounting feature, allowing for quick and secure attachment to cylindrical nozzles.

Q: When can I expect delivery after placing an order?

A: Delivery times are optimised for the Indian domestic market, with prompt shipping ensured for both bulk and sample orders based on your location and order volume.

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