GV 3D Printing
Best PETG Filaments For 3D Printers
Best PETG Filament Blends, Brands, Benefits, Drawbacks, And More..
PETG filament is a durable, high-impact thermoplastic whose best use can be seen in the form of water bottles that we use in our day-to-day life. This makes it very easy to create parts that are both strong and flexible. PETG is also known for its clarity and ability to resist warping while printing. When you need a tough material that can be used in everyday applications, PETG filament may be the perfect choice for your next project. It is a high-performance material that can be used to create durable, heat-resistant 3D printed objects. We have compiled this list of the best PETG filaments on the market in order to help you choose which one will work best for your affordable good 3D printer.
If you are in Hurry, check out the best PETG Filaments that I suggest personally for their performance and print quality -:
In the 3D printing industry, PETG filament is quickly becoming one of the most popular materials. It has a low shrink rate and is able to hold up well under high temperatures which makes it an excellent material for those looking to print objects with intricate details like swords or knives. Not only are these qualities extremely useful in the 3DP world but they also make this type of filament perfect for industries that require strong parts that can withstand extreme conditions such as construction sites, mining operations, and any other industrial job site where there’s a need for tough materials.
Best PETG Filament Brands
Best Manufacturers Of PETG Filament
Types Of PETG Filament
Best PETG Filament Blends For 3D Printing
PETG filaments are becoming more popular amongst household users, especially since PETG filament is not as expensive as PET filament. PET, or PETE (polyethylene terephthalate), is an economically feasible material from which to create objects and durable goods. PET can be recycled countless times without degrading the quality of the product at all. PETG filament, a PET-based thermoplastic copolyester plastic, is gaining popularity because PETG filament allows household users to create objects identical in design and appearance to those made using PET.
PETs glass transition temperature (Tg) and melting point (Tm) are both around 100 °C, which means PETs properties are similar to PETGs. PET is suitable for being 3D printed since its melting temperature is low enough to allow filaments extrusion at 180 °C. PET is also harder than PETG due to its lower glycol content and has a better crystallinity. PETs’ more rigid structure is useful for parts with good dimensional accuracy and fewer surface defects. PET also has a lower weight than PETG and can be printed faster, which makes it a great material to use when you want the fastest printing speed possible, although PETGs properties are better overall.
OVERTURE PETG Filament
- This PETG filament is designed and manufactured with a patent to guarantee a smooth and stable printing experience.
- Full mechanical winding and strict manual examination, which guarantee the PETG filament is tidy and easy to be fed, larger spool inner diameter design makes feeding smoother.
- Advanced CCD diameter measuring and self-adaptive control system in the manufacturing guarantees this filament of 1.75 mm diameter and dimensional accuracy + / – 0.05 mm.
- Easy to use for both beginners & professionals alike! Simply plug it into your 3D printer’s extruder or hotend. Then you’re ready to print
TECBEARS PETG 3D Printer Filament
- Crafted with high-quality material, our PETG filaments are made of environment-friendly natural materials. It’s harmless to users and the environment.
- Full mechanical winding and strict manual examination ensure tidy and easy to be fed. Works perfectly with most FDM 3d printers on the market.
- Advanced CCD diameter measuring and self-adaptive control system in the manufacturing ensure strict tolerances without any exaggeration. Recommended Extrusion/Nozzle Temperature 220°C – 250°C, Bed 70°C – 80°C
- Compatible with almost all 1.75mm FDM 3D printers on the market, including MakerBot Replicator 2X, MakerBot Replicator 5th Generation (upgraded extruder), Ultimaker 2+, Lulzbot Taz 5, and much more.
Best For Kids Toys -: SUNLU PETG Filament
In PETG the usual PET monomer unit is replaced by a mixture of dimethyl terephthalate(DMT) and ethylene glycol (EG). The PET filament can be made versatile by changing the DMT/EG ratio. PETG with high glycol content is called rPET, PET with low glycol content has no special name. PETG can be altered to produce PET with higher tensile strength by increasing DMT/EG ratios.
PET with low glycol content has good dimensional accuracy, prints well, and works for a wide range of applications. PET is also the easiest filament to print with since it hardly shrinks or warps, and the printing bed temperature does not need to be as high. PET is also environmentally friendly and recyclable, making it a good choice for consumers who care about the environment. PET filaments have a lower price than PETG and PETT, but they tend to de-laminate more easily due to their low melting temperatures.
Amazon Basics PETG 3D Printer Filament
- We’ve tested this filament with our own 3D printers and found it to be of high quality. The material is consistent, easy to use, and compatible with most common 3D printers.
- PETG plastic has a lower melting temperature than ABS or PLA, making it easier to use for beginners. It also offers better bed adhesion (no heated bed needed) and stiffness than PLA without any warping issues. PETG is more durable than PLA but not as strong as ABS.
- This filament is manufactured with the highest quality materials available on the market today. You can expect a consistent diameter along with tight tolerances and low levels of contamination (i.e., no powdery residue).
- his filament is designed to fit most common 3D printers on the market today; check spool size for compatibility before purchasing (1kg spool).
Best Alternative Of rPET/PETG Filamet
HATCHBOX PETG 3D Printer Filament
- This filament is extruded using the most advanced machinery available, ensuring consistent diameter and roundness. Our filament is tested for diameter and roundness variation before being packaged to ensure that you get only the best quality product on the market.
- Hatchbox PETG filament is compatible with any printer that accepts 3mm filament. It can be printed on a heated bed if your printer supports it, but not required. We recommend printing at 210C-230C with a 0.2 mm layer height for optimal results.
- This filament has been designed from the ground up to offer consistency in spool size, weight, color, and performance every time you use it!
- PETG works well with all of our other products including ABS and PLA filaments as well as our range of colors!
Best PETG Filament For Small Businesses -: NovaMaker PETG 3D Printer Filament
CPE stands for Crystal PET. PET with Crystalline structure is molded into pellets which are later processed into PET filament by adding some esters and propylene oxide (PO). PETC has a very high melting temperature of around 200 °C. This means that the printing bed needs to be heated to about 120-150 °C higher than PET or PETG. PETC makes better mechanical properties and is stronger than PETG since it has a higher crystallinity. PETc also has less shrinkage than PETG when the temperature is raised, so PETc can be used for applications that require more precise dimensions.
eSUN 3D 1.75mm PETG Black Filament
- eSUN PETG 3D Printer Filament is made from 100% virgin material, produced under strict quality control system.
- Compatible with 1.75mm 3D printers and extruders on the market today. No jamming, clogging or leaking during printing process.
- With a diameter consistency of +/- 0.05mm over the entire spool length, you can expect consistent feeding and stable prints every time!
- This filament is compatible with all 1.75mm extruders (eSUN included). We recommend using our eSun Lubricant when printing with PETG so that you can achieve better results!
Best Alternative For CPE/PETG Filament
AMOLEN PETG Filament 1.75mm
- Amolen PETG Filament is made of high-quality material and has good shaping. It’s strong toughness, no bubble, no jamming, no warping, melts well, feeds smoothly and constantly without clogging the nozzle or extruder.
- The filament is more durable than ABS filament. It can be used in a wide range of applications including 3D printing parts for RC cars/airplanes/helicopters etc.
- No bubble inside the spool during storage or transportation will not affect your printing result.
- Good smoothness and roundness make it easy to print without jamming problems with most 3D printers on the market today like Makerbot Replicator 2X, Flashforge Dreamer, LulzBot TAZ 5, Anet A8, Wanhao Duplicator i3 V2 .etc.
- This PETG Filament has been designed to give you much better performance than other PET
PET films have always been blended with other materials to produce new PET resins. PETT stands for PET-based or PET and Thermoplastic Resin. PETT is a type of PETG, which has been modified with polypropylene glycol (PPG), however, its main use is as an alternative to ABS filament. PETT also has lower Tg than PET/PETG/CPE and this means PETT parts will be less resistant to heat.
PETT has very similar properties as PETG except PETT doesn’t have any resistance to oils or solvents. Since PET is a polyester, PETs main application would be in food packaging but PETXIs better chemical resistance makes it more suitable for packaging applications where alcohol or oils are present. PETT is also recyclable just like PET and PETG, PETTs lower degradation temperature compared to PET may make it more suitable for 3D printing applications where the filaments aren’t processed immediately after printing.
DURAMIC 3D Printing Filament
- Duramic 3D Printing Filament 1.75mm is made from high-quality raw material without recycled waste, which provides exceptional printing quality and reliability. It has been tested for its dimensional accuracy, layer bonding strength, and other parameters to ensure the highest level of consistency in each spool.
- The filament diameter tolerance is +/- 0.05 mm with a roundness tolerance of 0.08 mm/10 m (0.003 inches/100 feet). This ensures that your 3D prints come out smooth and consistent every time you use them!
- Each spool comes with a digital caliper system that measures the dimensions a thousand times and automatically adjusts them to produce precise length every time you print using Duramic PETG filaments!
- Compatible with most FDM printers on the market including MakerBot Replicator 2X, Ultimaker Original+, Lulzbot TAZ 5, RepRap Prusa i3, Afinia H479, Solidoodle Press & More!
Best Alternative PETT/PETG Filament
XVICO 3D PETG Printer Filament
- XVICO filament is produced from 100% virgin material, which has been strictly selected and fully dried in a professional drying plant. The production process is carried out under strict quality control and management system to ensure the product’s high quality.
- This PETG filament has been tested by our professional team to ensure that it meets all industry standards of diameter tolerance (+/- 0.05 mm) and roundness (circularity). We have also tested it against other PETG filaments on the market to make sure that we offer you the best possible product at an affordable price!
- It works perfectly with most FDM 3d printers. Completely dried for 24 hours before packaging and vacuum sealed with desiccants in nylon re-bag, enable much smoother and more stable printing
- Compatible with all common desktop 3D printers including RepRap (MendelMax etc.), MakerBot Replicator 2X & 5th Generation Replicator (i3) etc.
Best For Small 3D Printers -: JAYO PETG Filament 1.75mm
All About PETG Filament
What Is PETG Filament
PETG is one of the functional filaments produced from Polyethylene Terephthalate (PET). PET is a polymer resin that was invented in the early 1950s. The “T” in PET stands for terephthalic acid, which can be used as an organic solvent and dye intermediate. Most commonly it’s used in the production of polyester (PET) and Polyethylene terephthalate.
It was in 1997 that Eastman Chemical commercialized PETG. It has a lower crystallization temperature than PET and is, therefore, easier to process into fibers. There are also some improvements in the mechanical strength of the material due to its better crystal structure compared to PET.
The three types of PETG filaments are conventional, improved, and high-impact. Conventional PETG has a glass transition temperature (Tg) at about 110°C to 115°C and low density and high flow rate. Improved PETG has a Tg between 115°C to 120°C but with lower strength and impact resistance. High impact PETG has a Tg at around 120°C with high tensile strength and stiffness but a lower flow rate than the conventional type.
What are the Benefits of PETG Filament?
Low Melting Point -:
A user can also avoid dealing with low-temperature prints, which is often a problem for beginners, especially those who are just learning to use 3D printers or are not yet familiar with the optimum temperatures specific to their machines. PETG is very easy and safe to work with because it has a lower melting temperature than ABS, PLA and other plastic filaments on the market.
Low warping compared to other filament materials -:
Compared with other filaments available in the market today, PETG has low thermal expansion coefficient. This makes PETG very good for printing large Lego bricks among others because it doesn’t warp much during the process of printing. It is also great for large-size and tall objects because it can be printed without the need to support.
Low humidity resistance compared with PLA filaments -:
PETG does not have a good resistance to exposure from moisture, so care should be taken before and during the production of PETG filaments especially if they are smelly. A simple precautionary measure would be to use enclosures for your printer if at all possible.
Low odor compared with ABS filaments -:
PETG does not have any unpleasant smells that can irritate users and those around them. This is great news for those who used other types of filaments because they were exposed to toxic fumes and the smell was almost unbearable.
Other Unique Benefits Of PETG 3D Printer Filament
· PETG filaments are resistant to chemicals, heat, and UV rays. This makes the filament last longer than other types of materials used for 3D printing.
· Its temperature resistance allows you to print objects in higher temperature ranges which gives you more creative freedom when creating your models.
· It has a high impact strength and good warp resistance that allows you to make very detailed prints.
· Because it has a lower density, it is easy to fill with air and great for creating lightweight hollow objects which prevent warping and makes the model look more realistic.
· Its low-temperature resistance allows you to print large parts at once without reducing quality or affecting the warping of the model that these parts would normally cause.
· It has high transparency that allows you to have very clear and see-through objects which can make them great for the creation of a wide variety of objects like vases, toys, figurines among others.
What are the Drawbacks?
- The melting point of PETG is lower than that of ABS and PLA.
- This means that it has a tendency to warp when exposed to heat.
- It also causes the filament’s color opacity to change while printing as the temperature rises and the color darkens.
- The plastic tends to deform more than the ABS and the PLA which makes PETG a bad choice for 3D printing complex designs.
When Should PETG Filament Be Used?
PETG Filament is a resin-based material that fuses the properties of PET and PLA, which makes it slightly more sturdy than traditional PLA. We receive questions on PETG Filament all the time, so we’ve decided to put together this article to answer them!
The most common question is, “When should I use PETG Filament?”
- For this, we recommend that you use the same guidelines as for PLA filament. It works well on most printers and print surfaces (with one exception which we will address shortly). Because of its increased sturdiness, it’s commonly used in applications where people need a more durable material.
- Using PETG Filament is like combining qualities of PLA and ABS. It’s made from a slightly more varied material, so it gives PETG Filament a slightly different feel when printing with it.
- If you want to use PETG Filament for the first time, we recommend starting with these applications:
- Prints that require friction-fit applications (like door hinges) Prints that will be used for props Prints with a small amount of infill
- If you’re designing prints intended to be used in situations where the material may come into contact with water or chemicals (faucet handles, wastebasket lids), we recommend printing them out using PETG Filament.
- This is because PETG Filament is not soluble in water, and can be used around chemicals without worry of degradation.
- The one drawback to PETG Filament is that it does not fare well with ABS Juice (a chemical that dissolves both ABS and PLA). We recommend not using the two materials together, because they will have an adverse reaction where the chemicals seep into the filament, rendering it brittle and useless.
- The PETG Filament can be used with HIPS (High Impact Polystyrene) to make a print more durable. HIPS is a thermoplastic used primarily in injection molding and tooling industries to make reusable molds for many purposes. It’s also used by some cosplayers to create props for costumes. If you’re using HIPS, we recommend printing it out with PETG Filament to create a more durable end-product.
PETG vs PLA
- PLA is easier to 3D print and handle than PETG filament. Also, PLA is also more forgiving when it comes to 3D printing errors.
- Both materials show minor shrinkage during cooling.
- Both are considered to be food-safe.
- Also, both are user-friendly, but PETG filament is more durable, stronger, and can handle stronger impact.
- PLA is less prone to scratching and surface damage.
- PETG filament is generally more expensive than PLA.
- PLA filament offers more way more variations.
PETG vs ABS
- Both materials are highly durable, offer good strength and impact resistance.
- Both materials can be recycled, but are not biodegradable.
- ABS is more flexible, with minor bending before snapping
- ABS is soluble in Acetone, PETG filament isn’t.
- ABS is not food-safe. When handled properly, PETG filament is.
- ABS needs a heated bed for 3D printing.
- Both materials show shrinkage during cooling.
Where Can I Buy PETG Filament?
There are basically three routes through which you can lay your hands on the best PETG filament-
Browse through the Amazon online store and look at various sellers who offer PETG filaments. If you think that a seller is offering a lesser price than others, then you should consider purchasing the product from that seller. The basic PETG filaments can be purchased from Amazon for $32 per kg while the premium ones cost $40 per kg. You can also check out the reviews posted by other buyers to get an idea about the quality of a particular product before you purchase it The prices are usually lower if you are buying from a local seller.
Directly from the Manufacturers
You can also buy colored PETG filaments directly from manufacturers if you are looking for premium quality products. Some of the renowned manufacturers who offer high-quality products include 3D Solutech, Colorfabb, Proto-pasta, and Makerbot.
Before placing an order, make sure that you compare the prices offered by different manufacturers to get the best deal.
Local Ads and Dealer Sites
You can also check out other local ad sites that help you locate dealers from where you can purchase PETG filament products at best price. However, it is always better to compare prices before placing an order.
Tips And Tricks
What is the Optimal PETG Print Settings?
PETG is a durable and versatile material that can be used for all kinds of projects. It has good layer adhesion, thermal resistance, strength, rigidity, and impact resistance. PETG also offers high optical clarity with minimal warping during 3D printing. This flexibility in usage means there are many different ways to print it and the optimal settings will depend on your project. In this guide we’ll take a look at the optimal settings for 3D printing PETG, including print temperature and bed temperature, to help you get great results from any filament.
The first and most important thing you need to know when printing with PETG is the extrusion temperature. PETG is a thermoplastic, meaning it’s heated until molten and then extruded through a nozzle to form layers in 3D objects. The plastic filament also acts as the build material for your object, so you need to make sure that it doesn’t cool down too much before reaching the hot end of the printer.
The layer height defines how thin each layer will be when you print an object. The thinner the layers, the better your prints will look and feel. While there are no specific guidelines for PETG filament, 0.1mm is a good place to start unless you want to get into very small details. If that’s what you’re interested in, you can go lower than 0.1mm – for example 0.08mm layers look good on smooth surfaces but you won’t see many details in objects with small holes or text. Higher layer heights are also possible if your printer is capable of producing very high quality results, usually above 0.3mm but down to 0.1mm. However, you should usually stay below 0.3mm if you want to be sure your prints are going to stick together.
At the end of every layer, the nozzle is going to need a few seconds before printing the next one, so it’s important that heat doesn’t build up too much inside the hot end or it can start to damage the plastic nozzle. This is where your cooling fan comes in. It will help cool down the hot end and keep heat from building up too much, while also removing any stray bits of filament that get left behind inside the printer after each layer. Depending on how fast your prints are going and how quickly you’re printing, the cooling fan may need to be on for most of the print or just a few times when the nozzle is warming up between layers.
Print Bed Temperature
The best temperature for your printer’s heated bed will depend on how cold PETG is when it comes out of the extruder and how fast you want the whole object to cool down. If you print at too high a temperature, your object may warp or stick to the bed, while printing at too low a temperature can make it take longer for individual layers to cool down when they’re done. A good starting point is 50°C but you should experiment with different settings based on the project you’re trying to print.
Adhesion and Infill
The print bed temperature also affects adhesion – the higher it is, the more likely your object will stick to the bed. If you’re printing on a glass sheet or using tape to add extra grip to your surface, this shouldn’t be an issue but if your printer doesn’t have any adhesion aids it can be a good idea to print your object at a lower temperature. Keep in mind that some adhesives lose their effectiveness over time, so plastic might start sticking on its own later on if you use too much. Infill is also important for PETG because the layers need to be built up quickly and evenly. Your infill percentage may range from 10% to 100%, with higher percentages providing more structural support. Start at 15% for your first prints and experiment to get the results you’re looking for.
Your print speed will also affect how quickly your object cools down – the faster, the faster it will start losing heat. It’s a good idea to stick around 50-60mm/s for most projects.
Raft and Brim
It’s also important that your first few layers are printed with a brim or raft so the plastic can stick to the build plate. If you don’t use either one, it may be harder to get the print off of the bed later on. Print with a brim to ensure your object doesn’t tilt or warp before the first layer is done. A raft, on the other hand, is just there to keep the print from shifting around during its early phases and still pokes through once it’s finished. Both are optional but probably need to be used if you want great results.
Print Quality Settings
In addition to the basic settings, there are a few more advanced properties you should know about when printing with PETG. You can adjust your layer height, infill density and print speed based on how strong or detailed your object is going to be – higher quality settings mean more time but also better looking prints.
You can adjust the infill density based on how strong or how lightweight your print is going to be. This should probably stay between 20-50% for most projects but you may be able to get away with as low as 5% if you’re just printing a decorative object, for example. Only use higher percentages if the object needs to be as strong as possible.
Layer height doesn’t have much of an effect on PETG but it’s something else you might want to play around with before you start printing. It can adjust the amount and size of details in your print, which is useful for decorative or functional objects alike.
Cooling and Support Material
Some projects are just too complex for prints to hold their own weight, especially if they’re going to be large or have a lot of overhangs. If this is the case you can consider printing two or more layers at once while your extruder quickly moves back and forth between each one before doing a final layer. Keep in mind that this can create a different look and feel to your print so it’s not exactly ideal for every situation.
How Do I Store PETG Filament?
3D printer filament is sensitive to humidity, so it should be stored in a dry environment like silicate bags. Humidity can result in failed 3D prints and misprints by altering the material which makes printing problematic because of its hygroscopy – meaning that it absorbs moisture from the air. If you store your tube of PETG on an open space instead of protected with silk or paper sheets, then there’s risk for contamination due to mold growths among other contaminants as well as exposure to dust particles!
Does PETG Filament Come In Different Colors?
There are more than 50 colors available for APET 3D printing, which is nearly the same variety as PLA or ABS. Green and red seem to be stapled with blue, orange, yellow and many different color tints of each also on offer. ABS filament can only produce a few dozen colors total but this may not matter if you’re looking for specific shades like green or pink that might not exist in your preferred material type but PETG tends to offer more than you can imagine.
Tips and Tricks To Get Best Results When 3D Printing PETG Filament
- You can get PETG filament for a pretty low price from some brands. But this will often be of a poorer quality than more expensive options. Due to the manufacturing of the filament itself. Cheaper manufacturing processes tend to have a bad effect on some filaments which can lead to a lower quality end product.
- Most PETG filaments you can get are compatible with a wide variety of printers. It’s pretty rare to find a filament that is not compatible with your FDM printer but it can happen. So be sure to double-check if your printer will accept it or not.
- If you’re a complete novice to 3D printing and you want to try out PETG filament, make sure you follow the instructions on how to use it properly. And prepare to do a few test prints to finger out the best settings for your prints.
Features To Consider Before You Buy PETG Filament
PETG is the material of choice for 3D printing because it is almost indestructible. It’s tough and super strong, so if you’re building mechanical parts such as Rubik’s cubes or RC planes then PETG will be a great option due to its longevity. However, before purchasing any materials make sure that they are high quality—PETGs vary in quality depending on who made them; some may not have been thoroughly tested which can cause problems down the line with your new invention!
When searching for the most durable filament, it is important to find a company that packages their products properly sealed. This ensures your product does not become water-damaged during transportation. Proper sealing means you put an individual spool in a moisture-tight vacuum bag and seal them so they are resealable when needed.
PETG is one of the most popular plastics on earth for its safe composition. You can even find it in food-safe applications! Still, just because a product declares itself to be “food safe” doesn’t mean that you’re completely off the hook when handling and cooking with them – especially if there’s an odor present. An easy check as to whether or not your PETG spool contains chemicals is by holding it up close under your nose (you should smell nothing). If you do detect something chemical-like, make sure you don’t use this plastic anywhere near any foods or liquids at all!
Size and weight
Size and weight are two factors you cannot ignore. Realize that not just any spool can work for your printer as the wrong size will go to waste, with the most popular dimension being 1.75mm which is compatible with many printers. If the thickness of materials matters more than volume then a diameter like 2-3mm may be better suited instead, but take into account how long or heavy it might be when completing large projects so changing out doesn’t become necessary too quickly
When looking for a spool of filament, it is important to find one that has consistency in thickness so you can make well-shaped prints. If the sections are inconsistent and different from each other by more than +/- 0.05mm, then there will be difficulties when trying to create fine objects with uniform shapes on your 3D printer because some pieces may not fit together correctly or they might have gaps which would result in undesired effects such as cracking surfaces and poor adhesion between layers.
PETG filaments come in all sorts of colors, so it’s important to pay attention when shopping. If you’re looking for “clear” PETG spools and they turn out milky white instead, there are a few things you should make sure before buying them again: listen to what past buyers have said about the model that interests you; get something with some gloss if your objects need an extra shine.
PETG is becoming a more popular 3D printing material due to its flexibility, chemical resistance, and durability. With the best quality PETG filament, you have access to beautiful prints that are also tough enough for everyday use! When shopping is sure not only to take in price into consideration but what materials they offer as well. Not all brands make good filaments so it really pays off when looking at reviews before making your decision.