Cardstock, also known as cover stock or pasteboard, is a type of paper that is thicker and more durable than regular writing or printing paper but thinner and more flexible than other forms of paperboard. Understanding the point system used to measure the thickness of cardstock is crucial for selecting the right type for your project needs.
What is Cardstock Point?
Cardstock is often measured in points, with each point representing one-thousandth of an inch. For example, 10-point cardstock is 0.010 inches thick. The higher the point number, the thicker and more rigid the cardstock. This measurement is critical for determining the suitability of cardstock for various applications, such as greeting cards, business cards, and invitations.
How to Choose the Right Cardstock Thickness?
Choosing the right cardstock thickness depends on the intended use. Here are some common applications and their recommended thicknesses:
- Business Cards: Typically, 14-point to 16-point cardstock is used for a professional and sturdy feel.
- Invitations: For a luxurious and formal invitation, 16-point to 18-point cardstock is ideal.
- Postcards: Generally, 14-point to 16-point cardstock works well for a durable postcard that can withstand mailing.
Common Cardstock Weights and Uses
Understanding the common weights and uses of cardstock can help you make an informed decision. Here’s a quick guide:
| Cardstock Weight | Thickness (Point) | Common Uses |
|---|---|---|
| 65 lb | 8-10 point | Lightweight projects, layering |
| 80 lb | 10-12 point | Brochures, flyers, light invitations |
| 100 lb | 12-14 point | Heavy invitations, covers, postcards |
| 110 lb | 14-16 point | Business cards, premium invitations |
| 130 lb | 16-18 point | Luxurious invitations, sturdy cards |
Why Does Cardstock Thickness Matter?
The thickness of cardstock affects not only the aesthetic appeal but also the functionality of the printed material. Thicker cardstock provides:
- Durability: Prevents bending and creasing.
- Professional Look: Offers a premium feel.
- Print Quality: Enhances colors and textures.
How to Measure Cardstock Thickness?
Measuring cardstock thickness is straightforward with the use of a caliper, a tool that provides precise measurements. Alternatively, you can refer to manufacturer specifications, which often include the point or GSM (grams per square meter) weight.
What is GSM in Cardstock?
GSM stands for grams per square meter, a metric measurement of paper density. While points measure thickness, GSM measures weight. For example, 300 GSM is a heavy cardstock suitable for business cards.
People Also Ask
What is the difference between cardstock and regular paper?
Cardstock is thicker and more durable than regular paper. While standard printer paper is around 20 lb (75 GSM), cardstock starts at 65 lb (175 GSM) and goes up to 130 lb (350 GSM) or more.
Can I print on cardstock with a regular printer?
Yes, many home printers can handle cardstock, but it depends on the printer’s specifications. Check your printer’s manual to ensure it supports the cardstock weight you plan to use.
How does cardstock compare to cover stock?
Cardstock and cover stock are essentially the same, with the terms often used interchangeably. Both refer to thick, durable paper used for covers, cards, and other projects.
What is the heaviest cardstock available?
Cardstock can go up to 200 lb (approximately 550 GSM) or more, used for the most robust projects requiring maximum durability.
Is thicker cardstock always better?
Not necessarily. The best cardstock thickness depends on your specific needs. For example, while thicker cardstock is more durable, it may not be suitable for projects requiring folding or intricate details.
Conclusion
Selecting the right cardstock point is essential for achieving the desired look and functionality of your project. By understanding the point system and considering the specific requirements of your application, you can choose the best cardstock to meet your needs. For more insights on paper types and printing tips, explore our articles on printing techniques and paper selection.
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