I have been collecting plastic models for 20 years. I am a collector and a historian of plastic models. I have researched the history of the hobby from ancient times to modern day. I have studied the evolution of the hobby from “toy soldiers” to “plastic crack”, as it is now known. I have researched the history of plastic model kits and their evolution into the hobby they are today.

I have collected and stored thousands of plastic model kits over the years, in my basement, garage, attic, and other storage areas. In this blog I will share with you some tips on how to store your plastic models safely and efficiently.

This is a blog about the best ways to store plastic models. It is written by a collector who has been collecting and storing thousands of plastic models for decades.

It will give you information on how to store your plastic model collection safely, efficiently, and in good condition for years to come.

The best way to store your plastic models is in their original boxes. This is the easiest, most convenient and safest way of keeping your models in perfect condition.

However, there are times when this is not possible. When a box is missing or has been damaged beyond repair, you will need to find another way to keep your model safe. If a model has never been built then I would usually store it in a zip-lock bag with some sort of protective padding material inside along with the instructions and any other loose parts. The padding keeps the model from getting bent or scratched while in storage and the zip-lock bag keeps the parts from getting lost or contaminated by dust, etc.

If you have already built the model then you can safely store it on a shelf with other completed models as long as there are no small parts that could be easily broken off or knocked loose. A larger model may need to be stored on its own so as not to be damaged by contact with other items on either side of it on your shelf.

Now that we’ve gone to all the trouble of building a model, it’s time to do the easy part: storing your masterpiece safely.

There are many factors that can destroy a plastic model. And these are things that you have no control over. And one of those factors is time. You see, no matter what you do, eventually your model will get old and brittle and start to crumble. No matter how well you store your model, parts will fall off and break, paint will fade or peel, and decals will disintegrate. But there are some things you can do to slow down this process.

The first thing I’d recommend is opening up the box and taking a good look at every part on every sprue, especially the small parts on the trees with other parts molded around them. A lot of times these parts are damaged during molding or assembly of the kit. Look for sink marks in the plastic where it didn’t fill up all the way in the mold (especially on clear parts), and flash lines where two halves of a mold were put together too tightly and left a thin line of excess plastic (especially on small detailed pieces). Also check for mold lines on curved surfaces like wheels or wheels wells; these can be hard to spot sometimes but

If you’ve never damaged a model by storing it incorrectly, then consider yourself lucky. Plastic cement doesn’t work as well on brittle plastic. In addition to making gluing more difficult, brittle plastic is also more prone to breakage.

The most common culprit of brittle plastic is heat. The glue in plastic cement melts the adjoining pieces together, so when it comes time to glue two parts, you want them as warm as possible. When plastic models sit in a hot place like an attic or a car trunk for years at a time, their parts can become brittle.

A common problem with plastic models is that the parts are often not securely attached to the sprues, and fall off during storage. It is a good idea to glue them on before storage.

In our experience, Testors liquid cement works best. In addition to plastic models, we also use liquid cement for gluing balsa wood and cardboard together, and it works great.

We have tried other types of cements as well, such as tube cements and spray-on cements. They generally do not work well at all; they create a weak bond that falls apart easily. The only exception is Testors tube cement, which works very well for gluing vinyl together (such as attaching heads onto vinyl figures).

Plastic cement is a staple of model building. It is the best way to glue plastic parts together and has been for years. However, it is far from perfect. It has its own set of advantages and disadvantages that you should be aware of when selecting your cement.

Plastic cement is an easy-to-use adhesive that dries very quickly. This makes it ideal for gluing larger pieces together or for adding parts to a previously assembled model. It also works well with most types of plastic, but can sometimes damage the surface of soft or flexible plastics. If you are using it to attach large pieces, make sure that you have the right kind of glue to avoid damaging your model.

The main disadvantage of plastic cement is that it cannot be used on small pieces or parts with lots of detail. Small pieces will not stick well enough to each other, while parts with lots of detail may end up looking lumpy after being glued together with glue. This can make it difficult to achieve a realistic look for small parts and may even cause them to fall off!

Another disadvantage is that plastic cement tends not to hold up well over time. It does not dry as quickly as other types of glues, and because it does not dry properly it can leave behind a

Plastic cement is a solvent that fuses two or more pieces of plastic together. You should know how to use it, but don’t use it until you really need to! In the long run it’s better to dry-fit your model and glue only the pieces that need gluing.

There are different kinds of plastic cement, and all are very toxic, so read the label before you buy and follow the directions carefully when you use it. The cement I use is called Testors Plastic Cement and comes with a brush built into the cap. Other cements have applicators shaped like hypodermic needles; they may be good for getting into hard-to-reach places but won’t allow you to cover a large area evenly as quickly.

Plastic cement is made of plastic dissolved in acetone (the same stuff used in nail polish remover). When you put two freshly-glued pieces of plastic together, some of the acetone evaporates, leaving behind a layer of plastic where the two surfaces meet which bonds them together. Acetone evaporates very quickly so work fast!