Permabond UV006100001L0101 UV610 UV-Curable Adhesive, 1 Liter Bottle
Permabond UV006100001L0101 UV610 UV-Curable Adhesive, 1 Liter Bottle
Permabond UV610 is a single-part, fast-setting UV-curable adhesive designed specifically for bonding glass and metal. Its high strength supports glass furniture and other assemblies where high-strength edge joints are required. Supplied as one 1-liter bottle, SKU UV006100001L0101, it can be applied from the bottle or through suitable automated dispensing equipment.
UV610 is a methacrylate ester adhesive with a translucent appearance and no mixing step. Cure on demand helps operators position components before UV exposure. The joint must receive suitable UV light, and the process must be validated for the actual substrates, bond gap and lamp.
Best Uses / Applications
- Glass-to-metal bonding in furniture and fabricated glass assemblies.
- Glass-to-glass assembly where the joint design allows adequate curing-light transmission.
- High-strength edge joints in glass furniture, subject to application-specific testing.
- Production assembly using controlled UV exposure and suitable automated adhesive dispensing.
Do not infer medical-device approval, universal plastics compatibility or an optically clear cured bond from general UV-adhesive family information. The UV610 TDS describes this grade as translucent.
Key Features
- Single-part chemistry: no resin/hardener mixing.
- Cure on demand with an appropriate UV source.
- 100% solids, solvent-free formulation.
- Designed for adhesion to metal and glass.
- Fast fixture under specified lamp conditions, with full cure established separately for the application.
Technical Specifications
| Property | UV610 TDS value |
|---|---|
| Grade / SKU | UV610 / UV006100001L0101 |
| Package | One 1-liter bottle, sold individually |
| Chemical composition | Methacrylate ester |
| Appearance | Translucent |
| Viscosity at 25°C, 20 rpm | 600–1,300 mPa·s (cP) |
| Specific gravity | 1.0 |
| Cure wavelength | 365–400 nm; confirm LED peak suitability with Permabond |
| Typical fixture: low-power 4 mW/cm² battery lamp | 10 seconds |
| Typical fixture: 100 mW/cm² LED lamp | 2 seconds |
| Typical fixture: 30 W/cm² UV light guide | 1 second |
| Tensile strength, steel to glass, ASTM D-2095-69 | 13–16 N/mm² (1,900–2,300 psi); depends on preparation and gap |
| Tensile strength, ISO 37 | 17 N/mm² (2,500 psi) |
| Elongation, ISO 37 | 95% |
| Hardness, ISO 868 | 65–75 Shore D |
| Cured refractive index | >1.490 |
| Dielectric strength | 12 kV/mm |
| Dielectric constant, 1 MHz at 25°C | 4 |
| Water absorption, ISO 62, 2 hours boiling water | 3% |
| Storage | 5–25°C (41–77°F); protect liquid adhesive from room lighting |
Values are typical guideline data, not guaranteed production specifications. The TDS is Global Revision 6, June 6, 2018. The 2021 family brochure lists 800–1,000 cP; this page uses the grade-specific TDS range of 600–1,300 cP. Fixture times are not full-cure schedules.
Selection Comparison
| Selection point | UV610 | UV632 | UV625 |
|---|---|---|---|
| Primary positioning | High-strength glass-to-metal bonding | Low-viscosity plastic bonding, especially acrylic | Non-drip glass bonding for larger gaps and vertical applications |
| Appearance listed in manufacturer literature | Translucent | Clear, colorless | Clear, colorless |
| What to validate | Glass/metal preparation, joint design and UV access | Plastic compatibility and light transmission | Gap, bead retention and UV access |
The family brochure is a selection aid, not a substitute for each grade's TDS or bond testing. It includes legacy grades and should not be used alone to determine current availability.
Surface Preparation and Use
Surfaces should be clean, dry and grease-free. Remove silicone-based glass-cleaning residues. Aluminum, copper and their alloys may benefit from light abrasion to remove oxide layers. Isopropanol can degrease many surfaces; check substrate compatibility first. Test thermoplastics and account for mold-release contamination.
Minimize ambient-light exposure during dispensing and avoid air entrapment in the joint. Hold parts firmly without movement during curing. Lamp intensity, spectrum, distance and substrate transmission affect cure. Opaque or coated components can restrict light access; do not assume UV610 cures in shadowed areas. Follow the SDS for handling and avoid contact with strong oxidizing materials.
Frequently Asked Questions
1. What is Permabond UV610 designed to bond?
It is specifically designed for glass and metal bonding. Glass-to-glass applications also require suitable joint design and curing-light transmission. Validate the actual assembly before production.
2. Is UV610 suitable for glass furniture?
The TDS identifies glass furniture and high-strength edge joints as applications. Actual load-bearing suitability depends on the complete design, preparation and validated cure, not adhesive strength figures alone.
3. What UV wavelength is required?
The TDS lists 365–400 nm. With narrow-band LEDs, confirm that the lamp's peak wavelength matches the adhesive's photoinitiator requirements.
4. Does UV610 fully cure in one or two seconds?
The one- and two-second examples are fixture times under specified UV light-guide and LED conditions. They do not establish a universal full-cure time.
5. Is this an optically clear adhesive?
The UV610 TDS lists a translucent appearance. Do not treat it as a universal optically clear grade; compare a dedicated optical grade when appearance is critical.
6. What is the viscosity?
The grade-specific TDS gives 600–1,300 cP at 25°C and 20 rpm. The older family guide gives a narrower 800–1,000 cP range; the TDS value is used here.
7. Does the 1-liter bottle require mixing?
No. UV610 is a single-part adhesive. The bottle can support suitable production dispensing equipment, but the liquid must be protected from ambient light.
8. How should UV610 be stored?
The TDS specifies 5–25°C (41–77°F), protected from room lighting. Consult the SDS and supplier instructions for handling and any additional storage requirements.
Manufacturer Application Video
Technical Documents
UV610 Technical Data Sheet, Revision 6
Permabond UV Adhesive Selection Guide, 2021
Related Reading
UV-Curable Adhesives: How They Work and When to Use Them Over Two-Part Systems
Explore the Permabond collection and the Adhesives, Dispensing & UV Cure Systems guide for related selection guidance.
