Double Sided PET Tape DSP1-175GH For Industry

Loading Port:China Main Port

Payment Terms:TT or L/C

Min Order Qty:USD3000 roll

Supply Capability:30 days/20' roll/month

Product Description:

Applications Of Double Sided PET Tape DSP1-175GH For Industry:

1. Courier envelope sealing, flying splice operations on papers and cardboard, leather and fabric bonding and positioning in shoe and baggage industry, sheet fixing and bonding in toy industry, stationery, advertisement, computer embroidery, packaging and foam laminating.

2. The products should be stored at room temperature and be kept away wet and/or heat source.

3. It is essential, as with all pressure-sensitive tapes, that the surface to which the tape is applied must be clean, dry, and free of grease and oil.

4. The users should take test and do trial-application on the above products before coming into application so as to witness and ensure suitability for their special purpose and technique.

5. Special requirements will be satisfied after communications.

 

CONSTRUCTION Of Double Sided PET Tape DSP1-175GH For Industry:

Carrier: PET film, 75 micron

Adhesive: Solvent based acrylic

Liner: Silicone release PE-coated paper, white colour.

 

TYPICAL PHYSICAL PROPERTIES Of Double Sided PET Tape DSP1-175GH For Industry:

Total Thickness (adhesives + PET film): 175 ± 5 micron

Initial Tack (14# steel ball): ≤100 mm

Peel Adhesion (Kg/25mm): 1.5 ± 0.2 Kg

Holding power: ≥ 2880 min

Temperature resistance: 120C

 

PACKING Of Double Sided PET Tape DSP1-175GH For Industry:

Core I.D.: 3” (76mm±1)

Jumbo Roll:1.02 / 1.24 x 100m

Packaging:Wrapped with corrugated cardboard.

Cut Roll: roll width 3mm up

 

Stability and Reactivity Of Double Sided PET Tape DSP1-175GH For Industry:

Chemical Stability: Stable and non-reactivity

Conditions to Avoid: Away from high temperature

Incompatibility with various substances:specific materials/condition to avoid.

Hazardous Decomposition Products:Thermal decomposition will produce mainly C02,and slightly CO.

Hazardous Polymerization:Can not occur