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Reddit mentions of Icstation Heating Pad Electric Blanket Heater Flexible Silicone Rubber Mat Constant Temperature 12V 15W 50X100mm 200℃ Max

Sentiment score: 2
Reddit mentions: 2

We found 2 Reddit mentions of Icstation Heating Pad Electric Blanket Heater Flexible Silicone Rubber Mat Constant Temperature 12V 15W 50X100mm 200℃ Max. Here are the top ones.

#1 Icstation Heating Pad Electric Blanket Heater Flexible Silicone Rubber Mat Constant Temperature 12V 15W 50X100mm 200℃ Max #3
    Features:
  • Silicone heating pad uses silicone rubber as insulator outside, and the Ni-Cr alloy wire as electric heating element inside, which make it able to be in close contact with the object being heated.
  • Icstation heater blanket is thin, lightweight and flexible. With excellent dielectric strength, fast heating and perfect heat transfer efficiency, the rubber heater pad can quickly provide heat to where it is needed.
  • The silicone heater mat is convenient and safe to use for its service life is up to four years with thickness of 1.5~2mm and max withstand temperature of 200℃.
  • The silicone rubber heater can be used for mixing and heat preservation (oil drum heater) in industrial equipment pipes, tanks, etc., and can be directly wrapped around the surface of the object to be heated when in use.
  • Working Voltage: DC 12V, Power: 15W, Mat Size: 50 X 100mm/1.97 X 3.94inch (L*W) ❤We will free resend or refund without returning if our products have any problem. Please feel free to contact us to ask for discount if you are going to order a big deal.
Specs:
ColorRed
Number of items1
Size50X100mm
#2 of 17

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Found 2 comments on Icstation Heating Pad Electric Blanket Heater Flexible Silicone Rubber Mat Constant Temperature 12V 15W 50X100mm 200℃ Max:

u/Battered_Unicorn · 5 pointsr/CannabisExtracts

This is what i used for the heating pad although any size or type will work, some have embedded temp probes and 3M adhesive backing to make things a bit easier. Ebay has an awesome selection of silicone heating pads. This temp controller works very well for the money and wiring is very easy, however pad wattage must be kept under 120w for this controller as the internal relay can only handle 10A. Edit: I do want to add that power supply for a low wattage pad like the one listed can be from any 12v @ 2a household power brick with the end cut off, however higher wattage pads may require a higher powered 12v psu. If you use higher powered silicone heating pads it's better to go 110v due to amp requirements at 12v. My solution above is just the entry lvl budget version. If you wanted to, you can go full in with a PID temp controller, high amp PSU and high quality heating pad with internal thermometer to achieve pinpoint temps but something simple like heating a glass syringe really doesn't need that. I wrapped the pad around my syringe, tucked the temp probe included with the controller in the wrapped roll and gave it a good once over with duck tape. The syringe slides in and out like a sleeve to use it for different things like filtering and when i need it heated you just slide it back in your homemade sleeve and your good to go.

u/horror- · 4 pointsr/3Dprinting

>fondant

Some pics. All I've made is little peanut butter goober-failures and one really sad looking calibration cube. No pics of those, but can share my method, pics of my build, and my why.

​

I used an open source syringe pump mounted on a piece of plywood, which itself is mounted to my 24x36'' MPCNC like this.

For E0 I used a cheap china 12VDC silicone heater mounted on this custom print with a spare cheap thermistor under it to regulate. This made the build a drop in tool for the MPCNC (or any 3dprinter really) @ $67.00. The idea was to accurately distribute hash oil concentrates into little vape canisters on industrial scale and minimum budget using opensource platforms. Works amazingly, just like the 10k machines... One of those pictures is the array I placed hot peanut butter in to demo accuracy, next to the original extracts jig. With the MPCNC itself, the whole thing costs less than 300 bucks.

I made a little nozzle step-down out of ptfe tube, and have been screwing around with peanut butter ever since the hash oil guy that I was showing off for lost interest.

So far only with JIF creamy onto normal old glass and mirrors with no coatings.

Cold peanut butter holds its extruded shape well, but wont stick to itself. Prints a perfect mess. Nothing else.

Warm peanut butter smells great and prints a perfect mess. Nothing else.

Room temp to slightly chilled seems to be the sweet-spot. I actually got a calibration cube to sooooorta print, but my nozzle is .5mm so it eventually turned into a square pile of extruded peanut butter. I ate it...... and called the peanut butter printing a success.

I've heard frosting is way easier.

No picture worthy print results yet. OP is way ahead of me in the results department. You're killin it, dude.