Whatman Grade 105 Lens Cleaning Tissue Sheet

Whatman Grade 105 Lens Cleaning Tissue Sheets are specifically designed for cleaning lenses, optical surfaces, and delicate instruments in laboratory and industrial settings. These tissue sheets are made from high-quality, low-lint paper material that is soft, absorbent, and non-abrasive, making them ideal for gentle cleaning without scratching or damaging sensitive surfaces.

Key features of Whatman Grade 105 Lens Cleaning Tissue Sheets include:

1. Low-Lint Material: The tissue sheets are manufactured from low-lint paper material, which helps minimize the risk of leaving behind lint or particles during cleaning. This ensures a clean and streak-free finish on lenses and optical surfaces.

2. Soft and Absorbent: The tissue sheets are soft and absorbent, allowing them to effectively absorb oils, fingerprints, dust, and other contaminants from surfaces without smearing or streaking. This ensures thorough cleaning and optimal clarity for lenses and optical components.

3. Non-Abrasive: The tissue sheets are non-abrasive, making them safe to use on delicate surfaces without causing scratches or abrasions. This is particularly important for preserving the integrity and performance of precision optical instruments and equipment.

4. Convenient Sheet Format: The tissue sheets are conveniently sized for easy handling and application. They can be torn from the pad individually, allowing for precise cleaning of small or intricate surfaces.

5. Versatile Applications: Whatman Grade 105 Lens Cleaning Tissue Sheets are suitable for cleaning a wide range of optical surfaces, including eyeglasses, microscope lenses, camera lenses, mirrors, and other precision optics. They are also commonly used for cleaning laboratory glassware, electronic components, and sensitive instruments.

Overall, Whatman Grade 105 Lens Cleaning Tissue Sheets offer a reliable and convenient solution for gentle and effective cleaning of lenses and optical surfaces. Their low-lint material, softness, absorbency, non-abrasiveness, and versatile applications make them essential tools for maintaining clarity and performance in laboratory and industrial environments.