Structural Adhesive
Item No.: | Vibra-Tite PB500 |
Supplier Details
Country: Taiwan
City: Taichung City 428017
Address: No. 12-1, Qiancun E. Rd., Daya Dist.
TEL: +886-4-25685848
Fax: +886-4-25685857
Online Showroom:
103 Products
Product Description
Vibra-Tite PB500 is a 2-part methacrylate based adhesive that is specially formulated to bond low surface energy materials such as polypropylene, polyethylene and PTFE without additional surface preparation. The PB500 offers increased working time while also building ultimate strength faster than other adhesives in its class. The PB500 material
offers high impact resistance and is capable of withstanding extreme temperature fluctuations.
Applications
Vibra-Tite PB500 is suitable for bonding combinations of the following substrates
Metals
Thermosets
Thermoplastics
Ceramics
Features and Benefits
Physical Properties
Uncured
Brookfield Viscosity 25°C Spindle 6, 2rpm(cPs):
Resin.....................................75,000-125,000
Activator ................................35,000-65,000
Color ..............................................................Tan
Specific Gravity............................................ 1.06
Mix Ratio:
By Volume .......................................... 1 to 1
By Weight ........................................... 1 to 1
Cured
Work Time, Minutes ........................ 4-5 minutes
Gap Fill, Inches: ............................................. 0.1
Temperature Range ........................ -60F - +250F
Application and Handling Guidelines
The product is best used at temperatures between 65 °F and 80 °F. Temperatures below 65 °F will slow the cure speed of the material and viscosities will be higher. Temperatures above 80 °F will cause the material to cure faster and viscosities will be lower.
For consistent dispensing maintain temperature in the above mentioned range. For optimum bond strength and to insure maximum performance in the finished assembly, join parts together within the specified work time of the adhesive. Make sure the bond joint has uniform coverage and that a sufficient amount of adhesive is in the bond area. It is important to have the adhesive applied, parts aligned and positioned, within the established work times for the product. To ensure
maximum performance in the finished assembly parts should remain undisturbed until the fixture time is reached. Clean up is best before the adhesive has cured. Cleaners containing acetone or Citrus terpene provide the best results. On cured adhesive repeat use may be required.
Precautions
Keep containers closed when not in use. Avoid contact with skin and eyes. Harmful if swallowed. Refer to Material Safety Data Sheet for complete safety information.
Storage and Shelf Life
The shelf life of the Vibra-Tite PB500 is 6 months from date of manufacture. Shelf life is based on the products being stored properly at temperatures between 55 °F and 75 °F. Additionally, the shelf life can be extended to 9 months if stored in refrigeration from date of manufacture. Exposure to temperatures above 75 °F will reduce the shelf life of these materials.
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Vibra-Tite PB500 is a 2-part methacrylate based adhesive that is specially formulated to bond low surface energy materials such as polypropylene, polyethylene and PTFE without additional surface preparation. The PB500 offers increased working time while also building ultimate strength faster than other adhesives in its class. The PB500 material
offers high impact resistance and is capable of withstanding extreme temperature fluctuations.
Applications
Vibra-Tite PB500 is suitable for bonding combinations of the following substrates
Metals
- Aluminum
- Steel
- Coated Metals
Thermosets
- Fiberglass
- Polyurethane
- Liquid Molding Resins
Thermoplastics
- Acrylics
- ABS
- Polycarbonate
- PVC
- Vinyl’s
- Polystyrenes
- Polyolefins
- PTFE
- PFOA
Ceramics
- Glass
- Zeolites
Features and Benefits
- No surface prep
- Excellent Strength
- Impact Resistant
- 100% Reactive
- Room Temperature Cure
- Easily Applied
Physical Properties
Uncured
Brookfield Viscosity 25°C Spindle 6, 2rpm(cPs):
Resin.....................................75,000-125,000
Activator ................................35,000-65,000
Color ..............................................................Tan
Specific Gravity............................................ 1.06
Mix Ratio:
By Volume .......................................... 1 to 1
By Weight ........................................... 1 to 1
Cured
Work Time, Minutes ........................ 4-5 minutes
Gap Fill, Inches: ............................................. 0.1
Temperature Range ........................ -60F - +250F
Application and Handling Guidelines
The product is best used at temperatures between 65 °F and 80 °F. Temperatures below 65 °F will slow the cure speed of the material and viscosities will be higher. Temperatures above 80 °F will cause the material to cure faster and viscosities will be lower.
For consistent dispensing maintain temperature in the above mentioned range. For optimum bond strength and to insure maximum performance in the finished assembly, join parts together within the specified work time of the adhesive. Make sure the bond joint has uniform coverage and that a sufficient amount of adhesive is in the bond area. It is important to have the adhesive applied, parts aligned and positioned, within the established work times for the product. To ensure
maximum performance in the finished assembly parts should remain undisturbed until the fixture time is reached. Clean up is best before the adhesive has cured. Cleaners containing acetone or Citrus terpene provide the best results. On cured adhesive repeat use may be required.
Precautions
Keep containers closed when not in use. Avoid contact with skin and eyes. Harmful if swallowed. Refer to Material Safety Data Sheet for complete safety information.
Storage and Shelf Life
The shelf life of the Vibra-Tite PB500 is 6 months from date of manufacture. Shelf life is based on the products being stored properly at temperatures between 55 °F and 75 °F. Additionally, the shelf life can be extended to 9 months if stored in refrigeration from date of manufacture. Exposure to temperatures above 75 °F will reduce the shelf life of these materials.
MORE