Product description

The MgO powder or MgO tube, ceramic cap, resistance wire (NiCr2080), high temperature leads, and seamless stainless steel sheath make up the 3D Printer heating element for injection molds (304,321,316,800,840). Usually in tube form, it is inserted into metal blocks through a succession of drilled holes for use in heating applications. There are two major types of 3D Printer heating element produced: high density and low density.

Low density 3D Printer heating element is better suited for applications including packaging machinery, heat sealing, labeling machines, and hot stamping, whereas high density 3D Printer heating element is used to heat plastic injection mould, dies, platens, and other objects.

Advantages

1: Simple design, high heating power

2: Simple and affordable installation

3: Designed and manufactured with good materials  

4: Uniform temperature. Accurate dimensions, 

5: Maximum heat transfer 

6: Convenient maintenance and replacement

7: CE & RoHS approved

Product Application

1: Internal nozzle heating in injection molding

2: Heating of manifolds in hot runner systems

3: Heating of cutting bars in the packaging industry

4: Heating of hot stamps in the packaging industry

5: Laboratory analytical equipment heating 

6: Medical: Nebulizer, Blood/Fluid Warmer, Dialysis, Sterilization, Blood Analyzer, and Temperature Therapy

7: Telecommunications: Enclosure Heater and Deicing

8: Coffee pot heaters in airplanes, oil/block heaters

9: Food Service: Steamers, Dish Washers,

10: Industrial: Hot Stamp, Hole Punches, and Packaging Equipment

FAQ

Q1:How can I get the sample to check your quality?

A1:After price confirmation, you can require for samples to check our product’s quality. If you just need a blank sample to check the design and quality. We will provide you sample for free as long as you afford the express freight.

Q2:What can I get the price?

A2:We usually quote within 24 hours after we receive your inquiry. If you are very urgent to get the price, please message us in your email so that we will give your inquiry top priority.

Q3:What is your term of delivery?

A3:We accept EXW, FOB or C&F DDU etc. You can choose the one which is the most convenient or cost effective for you.

Q4:What about the lead time for the mass production?

A4: Our production time is 10-20 days depends on the order quantity and the season you place the order.

Q5:Why does an electric heater run for a while after being turned off?

Heaters consumer a large amount of power. The resistance heating coils remain hot after the thermostat turns them off.To prevent this heat from being wasted, the circulating fan can continue to run for a predetermined amount of time in order that this heat be moved to the room and not wasted.Likewise there is usually a delay before the fan comes on after the heater is energized, to allow it to warm up and not circulate cold air in the ducts.

Q6:How do I fix a small electric heater?

Generally speaking those little electric heaters are not designed to be fixed. They're usually so cheap that it's not worth it. In many cases you can't even take the case apart to get into it. If it's a type that has a resistant heating element, what frequently goes wrong is the wire burns through. Once that happens the element will no longer heat up. The other thing that can happen is that the blower motor behind it goes bad. Again, it's cheaper to buy a new one then try to fix an old one.

http://www.superbheating.com/