An Overview of Plastic Coupon Cards

You have many options if you are interested in using coupons for your business. Plastic coupon cards are custom-made cards printed with your logo and information inserted into your customers’ pockets. They are durable, affordable, and easy to produce.

Customized plastic coupon cards

There are many reasons to choose customized plastic coupon cards for your marketing campaign. Not only are these discount cards convenient, but they are also durable and have a low overhead cost. In addition, using a card allows you to promote your business while rewarding loyal customers.

Plastic coupon cards are available in a wide range of shapes and textures. In addition, they are available in full-color, transparent, and even waterproof versions. These cards are great for promoting promotional items such as coupons, loyalty cards, membership cards, and other business-related materials.

Plastic has many other uses, and one of the newest and most innovative ways to promote your business is through customized plastic discount cards. A well-designed discount card is a great way to promote your business while gaining a captive audience for your other advertising efforts.

Discount cards are a great way to boost sales by offering deals on your products and services. The best part is that both current and potential customers can use them.

Tensile testing

Tensile testing is a standard method of checking the tensile properties of materials. It involves a destructive process that measures a material’s strain and hardening characteristics. Plastic tensile testing, in particular, can provide important information about the mechanical properties of plastics.

In the present invention, a template efficiently extracts tensile coupons from a pipe. Therefore, it can be beneficial for pipes of medium or high-density polyethylene.

The template for producing a tensile test coupon from a plastic pipe is characterized by a plate contoured for stable abutment on the outer surface of the pipe. 

This symmetrical orientation of the array of holes provides a balanced application of the tensile force. In addition, at least two of the additional holes are oriented to facilitate the application of tensile strength to the coupon at the narrowest cross-section.