Same outstanding features as regular Superfrost slides with special treatment process that electrostatically adheres tissue sections and cells to the glass without the need for adhesives or protein coatings. Treatment virtually eliminates tissue loss during staining; saves hours of slide preparation; Chemical-resistant white marking surface

Superfrost™ Plus Microscope Slides are an ideal choice for frozen sections, cytocentrifuge preparations, and standard Papanicolaou smears.

Superfrost Plus Slides. Adhesion workhorse slide with excellent hydrophilic and adhesive properties, electrostatically charged, trusted reliability with instrumentation. Benefits: Holds tissue without need for expensive coating steps, virtually eliminates tissue loss during staining and saves hours of slide preparation. View Superfrost Plus Slides

Superfrost Plus® and Colorfrost Plus® slides are made by a process that allows tissue sections to adhere better to the slide without the need for adhesives or protein coatings. They also help improve tissue adherence in microwave staining.

Superfrost PLUS adhesion slides are designed to secure tissue sections without the need for laboratory–applied coatings. Slides secure frozen and formalin–fixed, paraffin embedded tissue sections as well as cytology preparations.

These high quality slides with ground edges have a frosted marking surface available in six colours for easy identification.

Our Unifrost™ microscope slides were specifically designed to spare you time and frustration. Slides feature a colored single frosted end which prevents sticking and jamming that can occur. Frosted ends are also resistant to all common chemicals used in the laboratory.

Economy slides designed to meet the needs of a variety of applications … Microscope Slide Superfrost® 25 X 75 X 1 mm White Frost… Product Images

With Superfrost™ marking area on one end, one side Shop Fisherbrand™ Premium Frosted Microscope Slides, Superfrost marking area at Fishersci.com

Superfrost® Plus Microscope Slides electrostatically attract frozen and formalin fixed tissue sections, binding them to the slides. These slides improve tissue adherence in microwave staining and optimize in situ hybridization techniques.