Throw Streamers by Cresey are colorful, long, and thin strips of paper or Mylar that are used in magic performances to create a visually stunning and festive effect. They are designed to be thrown into the air, releasing a cascade of streamers that unfurl and float gracefully.

Here are some key points about Throw Streamers – Cresey:

1. Design and Construction: Cresey is a well-known manufacturer of magic products, including Throw Streamers. The streamers are typically made of high-quality, lightweight, and brightly colored materials, such as tissue paper or metallic Mylar.
2. Packaging: Throw Streamers usually come in a compact bundle or roll, allowing the magician to easily hold and conceal them until the desired moment in the performance.
3. Performance: When the magician is ready to use the Throw Streamers, they hold one end and make a throwing motion, releasing the streamers into the air. The streamers rapidly unravel and expand, creating a visually captivating effect of vibrant, fluttering ribbons suspended in mid-air.
4. Visual Impact: The primary purpose of Throw Streamers is to add a visual spectacle to magic acts or performances. The colorful streamers create a sense of celebration, excitement, and astonishment, enhancing the overall impact of the routine.
5. Cleanup: After the Throw Streamers have been used, they can be gathered and disposed of, as they are meant for one-time use. Cleaning up the streamers after the performance is important to maintain a tidy performance area.

Throw Streamers – Cresey are popular among magicians, especially those specializing in stage or large-scale performances. The streamers add a vibrant and festive element to routines and are often used to punctuate significant moments or to create a dramatic finale.

It’s worth noting that there are different variations and brands of Throw Streamers available in the market, each with its own unique features and qualities. The Cresey brand is well-regarded for its high-quality streamers, but performers may choose from various options based on their specific preferences and requirements.