Wax/Resin TTR

Wax/Resin TTR


Excellent stability and durability
Broad range adaptability
Lower energy requirement
Effectively reduces static electricity
Enviar la consulta
Xateja ara
Introducció al producte

Wax/Resin TTR

CW600 is a standard wax-resin ribbon which provides clear print effect and scratch 

resistance at widely media application.Ant-Static back coating allows to protect printheads effectively. When it comes to print on variety types of substrates,it shows excellent stability and durability.

all types of thermal transfer ribbon

ItemSpecifications
MaterialWax/Resin
ColorBlack
Carrier's Thickness4.5±0.3μm
Ribbon's Thickness7.2±0.5μm
Ink Melting Point74 degree
Color Density Greater than or equal to 1.8
Printing Speed0-10 IPS
Heat Sensitivity100
Heat Resistance100 degree
Scratch Resistance
65
Solvent Resistance0
Label Applicability
100
Usage Condition5 degree 35 degree ,20 percent 85 percent RH
Storage Condition-5 degree 40 degree ,20 percent 85 percent RH

thermal transfer ribbon 110mm x 450m

Wax/Resin TTR

Thermal ribbons are a crucial part of the thermal label printing process.  Thermal transfer labels and ribbons can be used in compatible desktop and industrial printers. 

 

Wax/Resin ribbon is exactly like its name describes: a combination of both wax and resin materials.  It is slightly more expensive than basic wax ribbon.  The addition of resin creates a protective barrier over images and texts, increasing durability against smudges, scratches, and abrasions.  Wax/Resin is a great choice for printing labels that need to withstand more exposure to water, changing temperatures, and some chemicals. 

 

Because wax/resin thermal ribbons are more durable than full-wax, they can be typically used on synthetic substrates, such as polypropylene, as well as materials that are coated and glossy, matte, or weatherproof.

Etiquetes populars: wax/resin ttr, China, manufacturers, suppliers, factory, buy, wholesale, price, cheap, free sample, made in China

Enviar la consulta

whatsapp

Telèfon

Correu electrònic

Investigació