Positive CTCP Plates For Advanced Offset Printing 50-80mj/Cm2 Exposed Energy 0.15-0.30mm

Product Description:

1. One of the key features of these CTCP Printing Plates is their single coat. This coat ensures that the printing plates are easy to use and produce high-quality results with minimal effort. The single coat also contributes to the longevity of the plates, making them a cost-effective option for printing businesses.
2. CTCP Printing Plates are designed as positive plates, which means that they are sensitive to ultraviolet light. This sensitivity allows them to be used in a variety of printing applications, such as commercial printing, packaging, and publishing. Positive plates are known for their high image resolution and excellent dot reproduction, making them the preferred choice for many printing professionals.
3. Another important attribute of these CTCP Printing Plates is their maximum coil width of 1350mm. This allows them to be used in larger printing applications, such as posters, banners, and billboards. The wide coil width also ensures that these plates are versatile and can be used in a variety of printing settings.
4. The flushing time parameter of these CTCP Printing Plates is another important feature. With a flushing time parameter of 22S-26S, these plates are designed to be efficient and reliable. This ensures that high-quality prints can be produced quickly and without any errors or delays.
5. Finally, these CTCP Printing Plates require a laser energy of 100-140 Mj/cm2. This laser energy requirement ensures that the plates are compatible with a variety of laser systems and can be used in a range of printing settings. This makes them a versatile option for printing businesses of all sizes.
6. In conclusion, CTCP Printing Plates are an essential component in the Computer to Plate offset machine printing process. Their single coat, positive plate design, maximum coil width, flushing time parameter, and laser energy requirement make them a reliable and cost-effective option for printing businesses. Whether you are printing posters, packaging, or publishing materials, these plates are sure to provide high-quality results every time.

Technical Parameters:

These technical parameters are for CTCP Printing Plates, which are used in Computer to plate offset machine printing, Computer to plate offset machine printing, Computer to plate offset machine printing applications.

Applications:

1. PLATE-CD CD-V printing plates are ideal for computer to plate offset machine printing. They are suitable for both commercial and newspaper printing. The plate thickness is available in two variants - 0.15mm and 0.30mm.
2. PLATE-CD CD-V printing plates are packaged in a seaworthy package that ensures safe transportation. The plates have an exposed energy of 50-80mj/cm2, and the developer temperature is 20-25 ℃.
3. PLATE-CD CD-V printing plates are perfect for various application occasions and scenarios. Commercial printing companies can use these plates to print high-quality images, logos, and text on various materials like paper, plastic, and metal. Newspaper printing companies can use these plates to print newspapers with high-quality images and text.
4. Overall, PLATE-CD CD-V printing plates are an excellent choice for computer to plate offset machine printing. Their high-quality features and durability make them suitable for various printing applications. So, get your hands on these printing plates today and experience high-quality printing like never before.

Packing and Shipping:

Product Packaging:

• CTCP printing plates are packaged in sturdy cardboard boxes.
• The plates are wrapped in protective material to prevent any damage during transit.
• The boxes are clearly labeled with the product name, size, and quantity.

Shipping:

• CTCP printing plates can be shipped via air or sea freight.
• We work with reputable shipping companies to ensure timely and safe delivery.
• Customers can track their orders using the provided tracking number.
• Shipping costs may vary depending on the destination and quantity ordered.