As an educator, you know that 3D printing can be a fun and valuable tool for your students. But what kind of filament should you use? Different types of filament are available, each with its advantages.

In this blog, let’s look at the best types of 3D printing filament for classrooms. We’ll also discuss how to choose the suitable filament for your project. So whether you’re a newbie or an experienced 3D printer, this blog post is for you! Stay tuned.

What is a 3D printer filament?

A 3D printer filament is a material used in 3D printing to create objects. It usually consists of plastic, but other materials, such as metal and ceramic, can be used as filaments. The filament is extruded from the printer’s nozzle and deposited in layers to form an object. The most common type of 3D printer filament is ABS (acrylonitrile butadiene styrene) or PLA (polylactic acid).

Each type of filament has unique properties, so it’s essential to consider the application before selecting a material.

Best types of 3D printer filament

As 3D printers become increasingly popular, the type of filament you can use with them also increases. So, what are the best 3D printer filament types? And why do they work well? Check out the following:

PLA

Most 3D printing filaments are made of polylactic acid or PLA. PLA is also the most accessible. It’s non-toxic, and by using an industrial composter, it can be composted. Since it’s made from corn starches, it’s not like other plastics. PLA filaments melt at temperatures between 190°C and 215°C, which are 374°F and 419°F, making them the safest filaments for extrusion.

There are advantages to using PLA filament over other filaments for 3D printers in terms of their environmental impact. It will biodegrade under certain commercially attainable conditions. We hesitate to call the material environmentally friendly in any meaningful sense since it cannot be composted. However, you can certainly argue that it is more environmentally friendly than other materials.

PETG

PETG or polyethylene terephthalate glycol has heat-resistant properties similar to PLA but without toxic fumes. Printing PETG is more accessible than printing PLA, though it requires a little more attention. Due to its flexibility, strength, and resistance to high temperatures and impacts, PETG stands out from the other 3D printer filament types.

In addition, it allows you to print protective components, mechanical parts, and printer parts that may experience sustained or sudden stress.

ABS

Its moderate superiority outweighs its drawbacks, such as warping without a hot print bed, though Acrylonitrile Butadiene Styrene or ABS is a bit more challenging to print than PLA.

ABS is vital in terms of strength and temperature resistance because it can withstand high-stress levels. Furthermore, it is moderately flexible, although there are certainly better alternatives.

When ABS is used for objects that are handled frequently, dropped, or heated, its strength comes through its combined properties. ABS is an excellent filament for general-purpose 3D printers and 3D printer filaments. LEGO bricks and bicycle helmets, among other items, are made from ABS, commonly used in injection molding.

TPU

TPU, or Thermoplastic Polyurethane, is essentially a plastic with rubber-like qualities that is highly flexible and durable. It belongs to the class of thermoplastic elastomers (TPE). This material has numerous applications, including medical supplies, automobile parts, and household appliances.

When creating objects that will be subjected to a lot of wear and tear, you can use TPE or TPU. This 3D printer filament should be strong enough to bend, stretch, or compress 3D-printed parts.

A few examples of things you can print include phone cases and toys. Although TPC is suitable for similar applications, it has special advantages in harsher environments, such as outdoors or in hot places like cars.

Advantages of using a 3D filament in classrooms

Three-dimensional (3D) printing technology is becoming increasingly popular in various settings, including schools. There are several advantages to using 3D filaments in classrooms, including the fact that they can help to teach children about geometry and spatial awareness.

If you use 3D filament for the classroom, your students will have the following advantages:

• A greater level of participation from your students: sing a 3D filament in the classroom can help to increase student engagement. Students are often more interested in learning when they can see and touch the material they are studying. Additionally, using a 3D filament can help make abstract concepts more concrete, making them more accessible for students to understand.
• Gives the students the ability to be more creative: Another benefit of using a 3D filament in the classroom is that it can enhance creativity. Allowing students to create their 3D models can help them to think outside the box and come up with new and innovative solutions to problems.
• Enhanced problem-solving abilities of the learners: In addition to enhanced creativity, using a 3D filament in the classroom can also help to improve problem-solving skills. As students create their models, they will be forced to think critically about putting the pieces together to achieve the desired result. This process can help students learn how to break down complex problems into smaller, more manageable pieces.

Why you should choose our PLA filaments

Do you need help finding a suitable filament for your 3D printer? Take a look at our PLA filament selection. We make our filaments with educators and school staff in mind, so you can be sure they will work effortlessly with your printer. Our wide selection of colors also means you can always find suitable filament for your project. Our PLA filaments are ideal for the following reasons:

• An improved aesthetic appearance: PLA filaments come in various colors, which can help make the classroom more visually appealing. Additionally, PLA filaments can create 3D-printed objects with multiple shapes and sizes. This can add an element of fun and creativity to the classroom.
• An enhanced engagement experience for students: When students can see and touch 3D-printed objects, they are more likely to be engaged in the lesson. Additionally, using a 3D printer in the classroom can help bring lessons to life and make them more relatable.
• Achieving better learning outcomes: Using a 3D PLA filament in classrooms can also improve learning outcomes. Studies have shown that students exposed to 3D-printed objects are better able to retain information and perform better on tests than those who are not. Additionally, using a 3D printer in the classroom can help make abstract concepts more concrete for students, aiding their understanding.

Our 3D filament won’t let you down

You’re a teacher who wants to use 3D printing in your classroom. But there are so many different options that it can be hard to choose which is suitable for you. Your students have been asking for PLA filaments, and you want to ensure they get quality filaments that will work well with their printers.

When it comes to 3D printing, there’s no better filament than AGC Education PLA Filament. Our premium grade PLA ensures a consistent color and smooth finish every time you print with our filament! If you’re looking for high-quality PLA filaments that won’t break the bank, look no further than AGC

In today’s blog, we’re delving into the world of heat transfer vinyl. Heat transfer vinyl, commonly shortened to just “HTV,” has gained popularity among educational settings as a versatile tool for creating vibrant, durable designs on various materials. Get ready to discover how this versatile material enhances projects organized by students or staff.

In this guide, we will navigate through the best types of heat transfer vinyl options, highlighting their different features, pros and cons, and educational applications. Whether you’ve been using heat transfer vinyl for a long time, or you’re excited to start incorporating new creative elements into your classroom, we’ve got you covered.

Prepare your heat press and get ready to unleash your creativity!

What is heat transfer vinyl?

Clothing and garments can be customized and decorated with heat transfer vinyl. Your chosen design is printed onto HTV plastic or films, then cut down to size. A heat press machine uses a high temperature to attach the vinyl design to another surface.

Cotton, polyesters, and other fabrics can be heat pressed with vinyl, making it popular for uniforms and “school spirit” items. In addition to working with fabric, 3D heat press machines can adhere vinyl to mugs, wooden items, and more.

How does heat transfer vinyl work?

Heat transfer vinyl comes in sheets or as a long roll, depending on the type of product you purchase. Before applying it to clothing, you must peel off the adhesive backing. The heat transfer sheet also has two sides: glossy and matte. The shiny side is also called a ‘carrier,’ which keeps your design in place when applied heat. When applying the carrier, always ensure the top of the carrier is facing up.

The paper will, however, be cut face down during cutting. A cutter or machine can help you safely remove your designs from heat-transfer vinyl. In addition to cutters and printers, heat transfer vinyl can be used for various applications, making the process even easier.

A surprising aspect of iron-on films and garment decorations is that they are applied to the fabric while it is hot and under pressure. Using an everyday household iron, you can gently press your desired designs into the fabric for smaller graphics and logos. Larger heat presses, designed for this purpose, are recommended for larger structures, shapes, and complicated letters and numbers.

Applying pressure and heat to the heat transfer vinyl sheet you use will be necessary. The vinyl pressing should last at most 10-15 seconds. Remember to read all instructions provided by your provider when you buy heat transfer vinyl!

Best types of heat transfer vinyl

If you are still in doubt about which of the best heat transfer vinyl is suitable for your needs, you can go through this list and discover which is the right one for you:

Universal Heat Transfer Vinyl

A universal heat transfer vinyl can adhere to nearly all materials, so it’s the perfect vinyl for most applications. With this versatile vinyl, you can apply it anywhere, whether cotton, polyester, spandex, or genuine leather.

Standard Heat Transfer Vinyl

Standard vinyl will cover your basic needs. Whether you’re just starting or creating a classic design, this is great. Generally, this applies to cotton, polyesters, and blends.

Stretchable Heat Transfer Vinyl

In particular, Stretchable Heat Transfer Vinyl may be helpful in applications involving garments that need to stretch due to the transfer, such as workout gear made of uncoated polyester.

Glossy Heat Transfer Vinyl

The glossier the vinyl, the more different it looks from the matte vinyl you typically use. This is perfect if you want to focus attention on a particular design. Other materials may also be treated with it, including cotton and polyester blends.

Glitter Heat Transfer Vinyl

With glitter heat transfer vinyl, you can add a touch of sparkle to any garment. Various glitter surfaces are available, including textured surfaces, smooth surfaces, and stretchable surfaces. Whether you’re competing in cheer or dancing, this is the right outfit. In addition to cotton, polyester, and blended materials, glitter can be applied to other materials depending on the type of glitter used.

Flock Heat Transfer Vinyl

With its suede-like hand feel and soft touch, flock heat transfer vinyl is highly popular. Since it gives a raised appearance, it is an excellent alternative to embroidery. Retro designs also work well with this material. In addition to polyester and cotton, flock can also be applied to blends.

Benefits of heat transfer vinyl

When it comes to using heat transfer vinyl in the classroom, there are a lot of different materials that can be used. One of the most popular choices is heat transfer vinyl. But what benefits do you get from it? Check out this list:

Increased Strength and Durability

Vinyl is a strong and durable material well-suited for many applications. Unlike other materials, such as plastic or metal, vinyl is less likely to break or crack under stress. It is an ideal choice for applications where strength and durability are essential, such as in the construction of prototypes or functional parts.

Excellent Chemical Resistance

Vinyl’s chemical resistance is high, so it won’t break down even if exposed to strong chemicals. With such high chemical resistance, it is an excellent choice for the healthcare and food processing industries.

Good Thermal Stability

Vinyl offers exceptional thermal stability in addition to its strength and durability. This implies it can resist high temperatures without deterioration, making it an excellent material for applications requiring thermal stability, such as those used in the automobile and aerospace sectors.

Affordable

Vinyl’s low price is an additional advantage. When compared to the costs of metals and plastics, vinyl is often a far better value. In light of this, it is a viable option for uses where the price is a primary factor.

How to choose the right HTV for your needs?

Here are some tips to help you choose the right HTV for your classroom needs:

• Type of Material You’ll Be Applying the Vinyl To: One of the most important factors to consider when choosing heat transfer vinyl is the type of material you’ll be applying to. Different types of vinyl have different levels of adhesion, so selecting a vinyl that will adhere well to the material you’re working with is essential.

For example, if you’re looking to add a design to a t-shirt, you’ll want to choose vinyl with a strong adhesive designed for use on cotton fabrics.

• Size and Scale of Your Design: Another factor to consider when choosing heat transfer vinyl is the size and scale of your design. If you’re looking to create a large design, you’ll want to choose a vinyl that is easy to work with and doesn’t require too much precision.

On the other hand, if you’re looking to create a small and intricate design, you’ll want to choose a vinyl that is easy to maneuver and doesn’t have too much stretch.

• Color of Your Design: When choosing heat transfer vinyl, you should also consider the color of your design. Some vinyl are available in multiple colors, so you can choose one that best matches the color scheme of your project.

Additionally, some vinyl is applicable for specific fabric colors, so choosing a vinyl that will work well with your material is important.

Let your students express their personality with heat transfer vinyl

You’re tired of using the same old heat transfer vinyl. It never works for you! Imagine having a heat transfer vinyl that transfers easily, doesn’t wrinkle or bubble, and is easy to weed.

AGC Education’s Heat Transfer Vinyl makes it possible to create your own custom designs in minutes. With AGC Heat Transfer Vinyl, creating a unique design with your students has never been easier! Contact us today to learn more.