Cleaning Roller Description:
One of the key features of our Anti-static High Middle Low Sticky
Roller is its high durability.
If you're looking for a high-quality cleaning roller for use in the
medical industry, our Anti-static High Middle Low Sticky Roller is
the perfect choice. With its superior cleaning performance and high
durability, this product is the ideal tool for keeping medical
equipment and facilities clean and sanitary. So why wait? Order
your Sticky Polyurethane Roller today and experience the difference
for yourself!
Cleaning Roller Features:
- Product Name: Anti-static High Middle Low Sticky Roller
- Features:
- Anti-static dust roller for removing dust and debris
- Can be used for IC Chip Cleaning
- Three levels of stickiness: high, middle, and low
- Reusable
- Application 5: Liquid Crystal Display
- Application 9: Food Industry
- Application 11: Plastic Processing
Cleaning Roller Technical Parameters:
| Technical Parameters | Values |
|---|
| Shape | Roller and Customized |
| Application 4 | Laboratory |
| Application 5 | Liquid Crystal Display |
| Application 8 | Pre-press Processing |
| Application 10 | Optoelectronic Industry |
| Application 12 | Medical Industry Cleaning Roller |
| Durability | High |
| Washability | Yes |
| Color | Blue, White, Customized |
| Material | Rubber Without Silicone |
| Additional Features | Semi-conductor Sticky Silicone Roller, Plastic Processing Cleaning
Roller |

Cleaning Roller Applications:
The TINDA-SI-668 Sticky Silicone Roller is a versatile product that
can be used in various scenarios. Its primary use is for cleaning
purposes, specifically for removing dust and other contaminants.
The roller is made from high-quality rubber without silicone,
making it safe and food-grade certified by SGS. Additionally, it is
reusable, making it a cost-effective solution for cleaning needs.
One of the most common applications for the TINDA-SI-668 Sticky
Silicone Roller is in the optoelectronic industry. The roller can
be used to clean and remove dust from delicate components such as
lenses, sensors, and display screens. Its anti-static properties
make it ideal for use in environments where static electricity can
cause damage to sensitive equipment.