Polypropylene (B-7425) material is ideal for general purpose barcode applications and withstands liquid nitrogen, autoclave and other harsh environments.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Polypropylene (B-7425) material is ideal for general purpose barcode applications and withstands liquid nitrogen, autoclave and other harsh environments.

Polypropylene (B-7425) material is ideal for general purpose barcode applications and withstands liquid nitrogen, autoclave and other harsh environments.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

Our B-494 polyester label is a reliable sample identification and traceability solution. The label will stay attached and remain legible, even when exposed to chemicals or stored in liquid nitrogen. Thanks to subsurface printing, the label's colour code will not fade, smear or smudge and will continue to offer fast sample recognition long after it was printed.

This B-403 material completely dissolves in warm water within 30 seconds, leaving no adhesive residue behind.

This B-403 material completely dissolves in warm water within 30 seconds, leaving no adhesive residue behind.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.

PermaSleeve® Heat-Shrink Polyvinylidene Fluoride (B-345) wire marker sleeves are specifically designed for high temperature and low vacuum outgassing applications.