Send Inquiry

Request To Call Back

Mainfold Tubular Heater

Get a Price/Quote

MOQ : 10 Units

Mainfold Tubular Heater Specification

Usage & Applications
Plastic Injection Molding, Manifold heating

Type
Mainfold Tubular Heater

Material
Stainless steel, Inconel alloy, Titanium

Capacity
Based on application

Voltage
Customizable

Power
Customizable

Power Source
Electric

Input Voltage
110V/220V/380V (on request)

Output Voltage
As per specifications

Installation Type
Flanged, threaded, or customized

Dimension (L*W*H)
As per requirement

Weight (kg)
Depends on configuration

Color
Metallic

Mounting
Horizontal/vertical

Max. Watt Density
6 W/mm2

Element Shape
Bendable tubes

Wattage Tolerance
+5%, -10%

Corrosion Resistance
High

Surface Finish
Polished

Termination
Customizable

Resistance Tolerance
+/- 10%

Complex Shapes
Customized

Diameters
6.6mm to 12.4mm

Sheath Material
Stainless, Inconel, Titanium

Length Tolerance
+/- 2%

Heat Distribution
Uniform

Diameter Tolerance
+/- 0.1mm

Connection Type
Screw/Lead wire

High Voltage Tolerance
0mA@1500V

Max. Temperature
300C-550C

Mainfold Tubular Heater Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Mainfold Tubular Heater

Order today to secure the must-have Mainfold Tubular Heater, a valiant solution built for high-performance heating across demanding industrial applications. Featuring enlightened engineering, this potent heater is crafted with premium Stainless Steel, Inconel, or Titanium sheath for superior corrosion resistance and a polished finish. Customizable in wattage, voltage, element shape, and connection types, it ensures uniform heat distribution with precision tolerances. Its flexible, bendable design and robust build make it ideal for manifold heating in plastic injection molding and more. Reserve your customized heater now!

Versatile Applications and Surface Benefits

The Mainfold Tubular Heater delivers uniform heating across manifold surfaces, making it indispensable for plastic injection molding and manifold heating processes. Its adaptable structure, corrosion-resistant materials, and customizable design also suit other industrial applications requiring reliable, even heat distribution. Whether for process heating or equipment preheating, this heater efficiently addresses diverse requirements on both flat and curved surfaces, ensuring consistent performance across multiple applications while maintaining robust durability and energy efficiency.

Export Markets, Sale Price, and Delivery

Mainfold Tubular Heaters are available for export to key markets worldwide, including North America, Europe, Africa, Asia, and the Middle East. Reserve this product at a competitive sale price, with attractive list price offers available for bulk orders. FOB port options typically include major Indian ports. Expect efficient delivery times, with freight dispatched promptly upon order confirmation and customization specifics. Our supply chain ensures timely fulfillment whether shipped by sea or air transport, supporting your global operations.

FAQ's of Mainfold Tubular Heater:

Q: How can the Mainfold Tubular Heater be customized for my specific application?

A: You can customize the Mainfold Tubular Heater for your application by specifying the required sheath material, wattage, voltage, dimensions, element shape, termination, and installation type. Our team will work with your exact project needs.

Q: What is the typical process for ordering and receiving this heater?

A: First, submit your requirements and reserve the product by placing an order. We will confirm specifications, provide the sale price, and process fabrication. Once complete, the heater will be shipped from our designated FOB port to your location.

Q: Where are Mainfold Tubular Heaters most commonly used?

A: These heaters are primarily used in plastic injection molding and manifold heating systems. Their robust design also supports a range of industrial sectors requiring corrosion-resistant, uniform heating elements.

Q: What are the advantages of the potent materials used in this heater?

A: Stainless Steel, Inconel, and Titanium sheaths offer high corrosion resistance, enhanced durability, and efficient heat transfer, making the heater suitable for various harsh industrial environments.

Q: When should I choose customized shapes or connection types?

A: Opt for customized shapes or connections when your application requires specific element configurations, mounting conditions, or unique installation setups to achieve optimal heating results.

Q: How does the valiant design ensure uniform heat distribution?

A: The potent, bendable construction and precise watt density ensure that heat is evenly distributed across the targeted surface, improving operational efficiency and process reliability.

Tell us about your requirement