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POM Black 1kg 1.75mm HobbyKing

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POM Black 1kg 1.75mm HobbyKing

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HobbyKing 3D Printer Filament 1.75mm POM 1KG Spool (Black)

HobbyKing have come out with a huge new range of 3D Printer Filaments at prices that will have you printing all day and all night.

The range covers PLA, ABS, Flexible, Color Changing, Luminous, Nylon, Polycarbonate, Acetal (POM), Metal Composite and even a water soluble filament for printing molds. So there is a filament for every project you have in mind. HobbyKing filaments have a stable melting point, good round shape and most importantly a 0.01mm uniform diameter tolerance for a consistent flow rate.

POM:

POM or Polyoxymethylene is also know by other names such as acetal, polyacetal, polyformaldehyde.

It is a great product if you have repeated use and need high stiffness, low friction or high impact resistance and can make products like ball bearings, gears or lock systems.

3D printing is a fun and exciting hobby with a wide range of uses from prototyping parts to making toys for the kids. Picking the right filament for your application is very important.

Features:
• Stable melting point
• Good round shape
• Uniform diameter tolerance 0.01mm
• Consistent colors

Specs:
Filament Material: POM or Polyoxymethylene
Melting Point: 265°C
Print Temperature: 265-280°C
Filament Diameter: 1.75mm
Quantity: 1.0KG
Color: Black

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Pdestr | Verified Buyer

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  • Overall

PLA Black

Dec 12, 2019

Good PLA materiál, print temperature was 205 - 210 C

Cassandra | Verified Buyer

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PLEASE DO YOUR RESEARCH

Nov 29, 2019

Just.... look. Polyoxymethylene is just not a good material to print. It's stock for CNC mills and routers because it machines well, but it has a melting point of about 230 C, not the 260-285 on the listing here. Please do your research, because above 230 C, POM will begin offgassing formaldehyde vapor, and that is significantly more deadly than any hobbyist without an enclosure is going to be able to deal with. In addition, do not under any circumstances allow hot POM to meet PVC, because the two polymers together will cause an accelerated chain reaction that will release both formaldehyde and chlorine, which are both gases you do not want in your home without proper ducting and filtering.

Felix | Verified Buyer

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Very tough to print!

Mar 08, 2018

After long and thorough tinkering I'm beginning to get usable results.
1. The warping is brutal, and it is very strong. First of all, you need to have good first layer adhesion.
What works: a sheet of Garolite (phenolic fiber board) bonded to 2mm alu, clamped to the bed. Heat up to 90°C and apply thin ABS slurry. This gives a very rough, velvet-like surface that bonds VERY well.
2. Use a wide brim. I use 8 lines and 2-3 layers. Bed temp 110-120°C. (Any higher and the ABS slurry goes soft).
3. Temperatures and speeds. You need to experiment A LOT, depends heavily on hotend and ambient temps. In theory it can be printed at 180°C but I never got good layer bonding under 220. You want to get as low as you can to minimize warping.
4. Try to avoid drafts and uneven cooling. A heated build chamber is a good idea, every degree helps.

simone | Verified Buyer

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Not one of the easiest material to print

Mar 29, 2017

POM is well known to be not so easy to print, and it is! I use it on a ABS "bed" because i bought it to be part of multimaterials object, my idea is to use it mixed with PC, I will try in the nect day this mix taht in my personal opinion is the best choice for having ultra strong result. I read a discussion on POM and people had good results printing them on cotton and on cardboard for having a good first layer bond. Temperature used by me nozzle 220 bed 130.

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