MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll >
MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll
MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll
MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll
MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll
MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll

MUNBYN 3 Inch White Circle Thermal Sticker Labels-500 Labels/1 Roll

$27.99

✅Munbyn Generic Circle Series Labels (GR)

Round thermal sticker with the size: 3" circle (500 labels/roll, 1 roll, white), paper tube diameter: 0.98"(25mm), paper roll diameter: 3.38"(86mm), no ink toner or ribbons are needed!

✅Paper Properties

Thermal printer printing use, handwritable. No ink toner or ribbons are needed!

✅Strong Compatibility

The thermal printer labels are compatible with Munbyn, Rollo, Idrpt, Polono, Jiose, K Comer, Labelrange, Offnova, Jadens, Phomemo, Neflaca, Zebra, Mflabel, Arkscan, Besteasy, and other direct thermal printers. (Not compatible with Dymo and Brother).

✅Use Advantage Collection

Thermal label paper with clear printing, strong self-adhesive, waterproof, oil-proof, and writable—a good assistant in your business and life.

✅No Bpa and Bps

Bpa (Bisphenol A) is an industrial chemical. It can cause endocrine disorders and have certain effects on people's health. The paper has been tested to contain no carcinogens such as BPA and BPS.

✅Wide Applicability in Life

The thermal label can be used for Inventory, reminder labels, classified labels, size labels, laboratory number labeling, sorting your shoes, bags, and clothes, etc.

Quantity:

NO BPA&BPS

BPA is said to mimic the structure and function of the hormone estrogen.

Due to its estrogen-like shape, BPA can bind to estrogen receptors and influence bodily processes, such as growth, cell repair, fetal development, energy levels, and reproduction.

In addition, BPA may also interact with other hormone receptors, such as those for your thyroid, thus altering their function.