Cytiva Seed Testing Papers are meticulously designed to meet the demanding requirements of agricultural and botanical research. These papers, available in multiple grades, such as 3014 and 3236, offer exceptional quality and durability. They are created with high-grade cellulose material which ensures consistent performance, crucial for precise seed quality assessment.

The papers come in several dimensions, including 110mm x 20mm for double pleated strips and 450mm x 450mm for sheets, accommodating a variety of testing needs. Additionally, they are available in a spectrum of colors including white, grey, and yellow, allowing users to easily categorize and differentiate between tests. With packaging options ranging from 50 to 1000 pieces per pack, Cytiva Seed Testing Papers provide a tailored approach to seed examination.

Key Features:

• Versatile range of grades available to suit specific testing requirements.
• Manufactured with high-quality cellulose for superior durability and consistency.
• Double pleated strips and sheets enable efficient and convenient handling.
• Available in multiple colors to distinguish different testing conditions and protocols.

Uses:

• Cytiva Seed Testing Papers are essential for agricultural and botanical research, helping to ensure seed quality and viability. Their varied grades cater to different testing standards and moisture absorption needs, making them versatile for laboratory applications.

FAQs:

1. What are the dimensions of the Cytiva Seed Testing Papers?
The Cytiva Seed Testing Papers come in various dimensions, including 110mm x 20mm for double pleated strips, 450mm x 450mm for sheets, and circles of 90mm in diameter.

2. Are these seed testing papers available in multiple colors?
Yes, the Cytiva Seed Testing Papers are available in multiple colors, including white, grey, blue, and yellow, allowing you to distinguish between different tests easily.

3. What is the significance of the different grades?
Each grade, such as 3014 or 3236, represents unique absorption qualities and thickness, fit for specific testing needs and precision levels.