3M4646 VHB Tape
Product Details:
| Place of Origin: |
California, United States |
| Brand Name: |
3M |
| Model Number: |
3M4646 |
Payment & Shipping Terms:
| Minimum Order Quantity: |
1 Rolls |
| Price: |
USD 1000-1500 / Roll |
| Packaging Details: |
Standard carton box packing or Shrink Pack or As Customer's Request |
| Delivery Time: |
Within 7 working days after received the payment |
| Payment Terms: |
T/T,Western Union,Paypal |
| Supply Ability: |
500 Roll/Rolls per Day |
Contact Now
Detailed Product Description
| Material: |
VHB |
Adhesive Type: |
Pressure Sensitive, Closed Cell Acrylic |
| Adhesive Side: |
Double Sided |
Feature: |
Waterproof |
| Adhesive: |
Acrylic |
Use: |
Masking |
| Thickness: |
0.64mm |
Width: |
610mm |
| Longth: |
33M |
3M4646 Gray VHB Tape
3M VHB Tape 4646 is a firm double-sided, pressure-sensitive, closed-cell acrylic foam tape with a PE film liner.
- High strength
- Durable
- Clean appearance
Bonds high and medium surface energy substrates. Provides handling convenience, cushioning, damping, and impact resistance. Plasticizer resistant. UL listing 746C.
Specifications
| Adhesion to HSE |
High |
| Adhesion to LSE |
Low |
| Adhesive Type |
General Purpose Acrylic Adhesive |
| Application Temperature-Environment |
N/A, 50F-59F |
| Brand |
VHB |
| Color |
Gray |
| Flame Retardant |
N/A |
| Flexibility of Materials |
One Substrate Flexible, Both Substrates Flexible, Both Substrates Rigid |
| Foam Conformability |
Firm |
| Industries |
General Industrial |
| Length |
72 Linear Yard, 36 Linear Yard |
| Length (Metric) |
65.8 m, 33 m |
| Liner Thickness |
5 mil |
| Liner Type |
Polyethylene (PE) Film |
| Long Term Temperature Exposure |
N/A, 161-200, 201-250, 251-300 |
| Product Form |
Roll |
| Short Term Temperature Exposure |
251-300, 401-450, 301-400 |
| Solvent Resistance |
High |
| Substrates (Surface Energy) |
High Surface Energy, (400-1100 Dynes/cm) |
| Tape Thickness |
0.040 in (1.0mm) - 0.045 in (1.1mm) |
| Temperature Resistance - Initial |
450 Degree Fahrenheit |
| Temperature Resistance - Long Term |
300 Degree Fahrenheit |
