| Color: | |
|---|---|
| Size: | |
| Material: | |
| Application: | |
| Quantity: | |
Product Name: 25μm Transparent PET Acrylic 80g White Glassine
1. Face Stock: Transparent PET
Caliper (μm): 19±5% GB/T 451.3-2003
Weight (g/㎡): 26±5% GB/T 451.2-2002
2. Adhesive Performance: Acrylic
Initial Adhesion (N): 9.88 FTM 9
20 min.180'Peel Adhesion (N/25mm) : 9.39 FTM 1
20 min.90'Peel Adhesion (N/25mm): 8.24 FTM 2
Storage Temperature: -15°C to 80°C
Minimum Lakelling Temperature: 10°C
3. Liner: White Glassine
Caliper (μm): 65±5% GB/T 451.3-2003
Weight (g/㎡): 80±5% GB/T 451.3-2003
It can be stored for 1 year at the temperature of 23+2°C and relative humidity of 50+5%
Transparent PET self-adhesive labels are made from PET film as the base material. The surface is treated to enhance transparency and printing compatibility. A pressure-sensitive adhesive layer is coated on the back, and a release liner is laminated on the bottom to form a self-adhesive label material. Through thermal transfer, digital printing, or screen printing methods, images and text can be presented. After being adhered, the surface texture or base color of the object being attached can be clearly displayed.
The light transmittance of the substrate reaches 90% - 95%. After being adhered, it can fully display the surface texture, color or underlying information of the object being attached, without any obvious visual obstruction. It is particularly suitable for "invisible label" scenarios.
*Electronic industry: Transparent shell parameters labels for mobile phones, computers and other electronic products, transparent cover labels for LED lighting fixtures, transparent packaging labels for electronic components, with temperature resistance and anti-static properties suitable for the needs of the electronic industry.
*Medical industry: Transparent medical device shell labels, transparent labels for medicine bottles, environmentally friendly and compliant with regulations, resistant to alcohol disinfection, meeting the hygiene standards of the medical industry.
*Automotive industry: Transparent interior components labels for cars, car stickers, resistant to high and low temperatures, anti-ultraviolet, suitable for both interior and exterior environments of cars.
Q: Is this label fully recyclable?
A: Yes, the synthetic face stock and recycled kraft liner are both recyclable in plastic and paper streams, respectively. Remove adhesive residue before recycling.
Q: Can it be composted?
A: The face stock and adhesive are certified for industrial composting (OK Compost Industrial), breaking down into organic matter within 12 weeks under controlled conditions.
Q: How does it compare to traditional paper labels in wet environments?
A: The synthetic fibers repel water, making it 300% more moisture-resistant than kraft or paper labels, ideal for refrigerated or outdoor applications.
Q: Does the eco-friendly adhesive affect bonding strength?
A: No, the plant-based adhesive matches the performance of traditional acrylic adhesives, with a peel adhesion of 10N/25mm on stainless steel, ensuring reliable substrate bonding.
Product Name: 25μm Transparent PET Acrylic 80g White Glassine
1. Face Stock: Transparent PET
Caliper (μm): 19±5% GB/T 451.3-2003
Weight (g/㎡): 26±5% GB/T 451.2-2002
2. Adhesive Performance: Acrylic
Initial Adhesion (N): 9.88 FTM 9
20 min.180'Peel Adhesion (N/25mm) : 9.39 FTM 1
20 min.90'Peel Adhesion (N/25mm): 8.24 FTM 2
Storage Temperature: -15°C to 80°C
Minimum Lakelling Temperature: 10°C
3. Liner: White Glassine
Caliper (μm): 65±5% GB/T 451.3-2003
Weight (g/㎡): 80±5% GB/T 451.3-2003
It can be stored for 1 year at the temperature of 23+2°C and relative humidity of 50+5%
Transparent PET self-adhesive labels are made from PET film as the base material. The surface is treated to enhance transparency and printing compatibility. A pressure-sensitive adhesive layer is coated on the back, and a release liner is laminated on the bottom to form a self-adhesive label material. Through thermal transfer, digital printing, or screen printing methods, images and text can be presented. After being adhered, the surface texture or base color of the object being attached can be clearly displayed.
The light transmittance of the substrate reaches 90% - 95%. After being adhered, it can fully display the surface texture, color or underlying information of the object being attached, without any obvious visual obstruction. It is particularly suitable for "invisible label" scenarios.
*Electronic industry: Transparent shell parameters labels for mobile phones, computers and other electronic products, transparent cover labels for LED lighting fixtures, transparent packaging labels for electronic components, with temperature resistance and anti-static properties suitable for the needs of the electronic industry.
*Medical industry: Transparent medical device shell labels, transparent labels for medicine bottles, environmentally friendly and compliant with regulations, resistant to alcohol disinfection, meeting the hygiene standards of the medical industry.
*Automotive industry: Transparent interior components labels for cars, car stickers, resistant to high and low temperatures, anti-ultraviolet, suitable for both interior and exterior environments of cars.
Q: Is this label fully recyclable?
A: Yes, the synthetic face stock and recycled kraft liner are both recyclable in plastic and paper streams, respectively. Remove adhesive residue before recycling.
Q: Can it be composted?
A: The face stock and adhesive are certified for industrial composting (OK Compost Industrial), breaking down into organic matter within 12 weeks under controlled conditions.
Q: How does it compare to traditional paper labels in wet environments?
A: The synthetic fibers repel water, making it 300% more moisture-resistant than kraft or paper labels, ideal for refrigerated or outdoor applications.
Q: Does the eco-friendly adhesive affect bonding strength?
A: No, the plant-based adhesive matches the performance of traditional acrylic adhesives, with a peel adhesion of 10N/25mm on stainless steel, ensuring reliable substrate bonding.
