Display Technologies
Special Display for Vertical Market
Optical Bond
Complete process technology, providing one-stop professional services. Combine optical optimization technology (eg. optical bonding, brightening, anti-reflection, etc.), wide viewing angle technology, and projected capacitive touch integrated technology. Access Component provides a diversified panel value-added solutions and complete product services.
Optical Bond – Wet + Dry bond process
✓ No pressure or glow marks because of soft and gentle attachment process.
✓ Superior control on bond line thickness
✓ Fully repairable ✓ High process yield
✓ Curing time period can be controlled .
Acrylic
- Wet-bond process (Liquid - OCR)
- Can be repaired and adjusted once cured .
- Suitable for Glass to Glass bonding.
- The liquid properties can fill in gaps and uneven surface.
- Well control for low thickness (<0.15mm) and cost low
Silicon
- S – OCR ( Wet + Dry bond process )
- Non-yellowing over time .
- No adhesive will flow into the backlight and damage the LCD.
- Superior control on bond line thickness.
- Fully repairable.
- Superior control on tolerances.
Extreme Environmental Application
Access Component has developed in outdoor and extreme environmental use display for a long term. We observed the problems that come across outdoor displays such as images unclear under sunshine, operation unstable in extreme temperatures and the danger of cover lens breaking, and we devote to overcome them. With our technology and experience in display that uses outdoor or in extreme environment, we provide a complete solution for our customers.
Provide the best rugged intelligent solution
Provide the best rugged intelligent solution
• Military
• Medical
Laboratory Ability
Shock Test Equipment
| ITEM | Marine |
|---|---|
| Setting | 45g,5ms, |
| Frequency | 1 impact per second |
| Direction | X,Y,Z |
| Test Time: | 125000 cycles per axis |
Experimental objective :
- Simulate the dramatic impact caused by bump and crash during products transportation and in the process of usage.
- The reliability of the structure and performance of marine products under severe impact is verified.
Shock Test Equipment
| ITEM | Normal | Marine | Automotive |
|---|---|---|---|
| Frequency | 10~55HZ | 10~55HZ | 10~200Hz |
| Amplitude | 1.5mm | 1.5mm | 10Hz to 25Hz : The amplitude is 2mm -25Hz to 200Hz : The acceleration is 2G |
| Sweep time | 11Min | 2H | 15Min |
| Test period | 6 Cycles | 1 Cycles | X , Z : 8 Cycles, Y : 16 Cycles |
Experimental objective :
Simulate the vibration environment of the product in the process of transportation or usage, and to determine the extent of damage after the product or package vibrating at a certain frequency.
Salt Fog Test
| ITEM | Marine |
|---|---|
| ChanmerTemp. | 35℃ |
| Pressure barrel Temp. | 47℃ |
| Naclsolution | 5% |
| Test Time: | 500H |
Experimental objective :
Simulate the surrounding climate of the ocean , to test corrosion resistance reliability of the tested samples, verify the corrosion resistance of AF, AR coating on the Cover in salty fog environment.
Contact Angle System
| PARAMETER SETTING | 3~180° |
|---|---|
| QUANTITY | 1 sets |
| MAIN USAGE | Contact Angle test |
| TEST OBJECTIVE | Confirm the effect of AF coating on Cover |
Bending Test
| ITEM | Marine |
|---|---|
| Point | 4 |
| Deflection | 2mm |
| Test Time | 10Min |
Experimental objective :
- Test deformation rate on glass surface caused by uniform pressure.
- Verify the influence of deformation on the glue layer which caused by external force squeezing on optical products, and verify if peeling phenomenon will appear.
Drop – Impact Tester
| IK level | Energy(J) | IK level | Energy(J) |
|---|---|---|---|
| IK01 | 0.14 | IK06 | 1.00 |
| IK02 | 0.20 | IK07 | 2.00 |
| IK03 | 0.35 | IK08 | 5.00 |
| IK04 | 0.50 | IK09 | 10.00 |
| IK05 | 0.70 | IK10 | 20.00 |
Main Usage:
To exert an instant impact on the glass,to verify the impact energy required to destroy the material.
ESD Tester
| ITEM | NORMAL / Marine | Automotive |
|---|---|---|
| Condition | 150pf 330Ω | 150pf 150Ω |
| Contact (LCM) | ±8 KV | ±15KV |
| Contact (CTP) | ±4 KV | NA |
| Air(LCM) | ±15 KV | NA |
| Air(CTP) | ±8 KV | NA |
Experimental objective :
Simulate the phenomenon of contact or air discharge which would probably happen in the process of product usage, verity the antistatic ability of the product.