Short descriptionPaper masking tape for paintworks with oven-drying up to 140 °C, combining a fine crepe paper backing with a temperature-resistant natural rubber adhesive.
Sustainable Aspects- 48% bio-based content in total product excluding liner (by weight).
Product Features- Fine crepe paper backing paired with a high-adhesion, temperature-resistant natural rubber adhesive.
- Suitable for demanding automotive paint jobs with subsequent oven-drying up to 140 °C (water- or solvent-based paints).
- High tack and reliable adhesion to substrates such as paint, metal, glass, rubber and plastic.
- Paint and filler systems adhere well to the reverse side, minimising flaking.
- Excellent conformability for precise cornering and edge definition; good hand-tearability and clean removal.
Application Fields- High-requirement automotive painting and general industrial paint masking with oven-drying cycles up to 140 °C.
- Masking on substrates including painted surfaces, metals, glass, rubber and plastics.
- Corner and edge masking where conformability and reverse-side anchorage of paint/filler are required.
- Masking of circuit boards prior to plating and other process masking applications.
Product ConstructionBacking material: slightly-creped paper
Total thickness: 170 µm
Type of adhesive: natural rubber
Properties / Performance ValuesElongation at break: 12 %
Tensile strength: 39 N/cm
Temperature resistance (30 min): 160 °C
Temperature resistance (60 min): 140 °C
Easy to remove: yes
Hand tearability: very good
Adhesion ValuesAdhesion to steel: 4.8 N/cm
Additional Infotesa® 4330 is also available for converting/die-cutting with a paper liner (4330 PV1).
Characteristics / Technical Specifications- Brand: tesa
- Model: tesa® 4330
- Backing material: slightly-creped paper
- Total thickness: 170 µm
- Type of adhesive: natural rubber
- Elongation at break: 12 %
- Tensile strength: 39 N/cm
- Temperature resistance (30 min): 160 °C
- Temperature resistance (60 min): 140 °C
- Easy to remove: yes
- Hand tearability: very good
- Adhesion to steel: 4.8 N/cm
- Bio-based content (excluding liner, by weight): 48%