IK10 Touch Screens for Kiosks, EV Chargers & Public Terminals
Custom IK10 PCAP touch screen solutions for public equipment that needs stronger front glass, stable touch performance, and reliable OEM integration.
IK10 Is Not Just Thicker Glass
For a touch screen project, stronger glass is only one part of the job. The screen also has to keep touch stable after the front structure becomes stronger.
As a custom touch screen manufacturer, Eagle Touch helps OEM customers review the IK10 structure before sampling. We usually check the cover glass, PCAP controller, bonding method, enclosure support, sealing design, and mounting structure together.
This matters for kiosks, EV chargers, ticketing terminals, outdoor payment devices, and other public equipment where front damage can lead to downtime, service calls, and replacement cost.
Note: IK10 performance should be checked on the assembled front structure, not treated as a glass-only promise.
- Custom IK10 PCAP touch screen structures
- Cover glass, bonding, sealing, and enclosure review
- OEM / ODM support for long-term industrial projects
Do You Actually Need IK10?
IK10 should be selected by real impact risk, not by product name.
IK10 makes sense when:
- The device is used in a public or unattended place
- The front glass may face real impact or misuse
- Vandal risk is part of the application
- Downtime or field service is expensive
A lower IK target may work when:
- The device is used in a supervised environment
- The front surface is recessed or protected
- The main risk is not impact
- Cost, touch feel, or mounting space matters more
IK10 is not:
- A scratch or surface hardness rating
- A waterproof or dustproof rating
- A glass-only guarantee without enclosure design
- A replacement for system-level validation
If the real problem is sunlight, rain, dust, temperature, or condensation, IK10 may not be the first thing to solve. High brightness, IP protection, optical bonding, surface treatment, or a wide-temperature LCD may matter more.
What Does IK10 Mean?
IK is a mechanical impact protection rating defined in IEC/EN 62262. IK10 is commonly linked with a 20J impact energy level and is often reviewed for public-facing equipment.
Mechanical impact classification under IEC/EN 62262
For touch screen projects, the key point is simple: the front surface needs to resist impact, and the touch still needs to work properly after the design becomes stronger.
Not sure about the basic meaning of IK10? Read our guide: What Is an IK10 Touch Screen?
IK10 Scope Clarification
- IK10 is not a scratch rating. Surface hardness and impact resistance are different things.
- IK10 is not a waterproof rating. IP sealing, gasket design, and enclosure protection should be reviewed separately.
- IK10 is not a panel-only promise. For real products, the assembled front structure matters.
Enclosure rigidity, edge support, mounting tolerance, and front sealing strategy can all influence the final impact behavior.
For full classification levels and simplified reference values, see IK rating reference →
What Actually Affects IK10 Performance?
IK10 defines impact energy. The real result depends on how the front structure is designed, supported, bonded, and installed.
Edge Support & Frame Constraint
The way the glass is supported at the edge can decide whether impact energy is absorbed or concentrated.
Bonding Method
Optical bonding, air bonding, adhesive coverage, and air-gap design can change how stress moves through the front module.
Enclosure Rigidity
A strong glass layer still needs a structure that can support it in the final machine.
Installation Tolerance
Mounting clearance, bezel pressure, and gasket compression can affect field durability and touch stability.
This is why IK10 should be reviewed as a front module, not only as a glass thickness.
What We Usually Need to Start
You do not need perfect specifications at the beginning. A rough drawing, enclosure sketch, application photo, or existing LCD model is usually enough for the first review.
1) Enclosure or Front Structure
A photo, drawing, sketch, or front panel reference helps us understand support, sealing, and mounting conditions.
2) Approximate Touch Size
An estimated diagonal size, visible area, cover glass size, or existing LCD model is enough to begin.
3) Use Environment
Indoor or outdoor use, sunlight, water, gloves, cleaning, public access, and temperature range all affect the solution.
4) Impact Scenario
Tell us what the screen may face: rough public use, tools, vandal risk, cleaning pressure, or accidental knocks.
If the IK target is not fixed yet, we can first review the real use environment and structure, then discuss the proper impact level and touch solution.
IK10 Touch Screen Capability Scope
Every IK10 project is slightly different. The final structure depends on glass size, enclosure support, touch requirement, bonding method, and where the product will be used.
10.1″–65″
Custom PCAP touch sizes
Cover Glass Structure
Thickness, outline, support, and edge design
Optical Bonding
For readability, strength, and front integration
Indoor / Outdoor
Reviewed by real installation environment
AG / AF Surface Treatment
For glare, fingerprint, or cleaning requirements
Touch Controller Tuning
For thick glass, glove touch, or water touch
For equipment integration, the IK10 touch screen can also be reviewed with open frame touch monitor or panel mount touch monitor structures.
For projects that need more than a standard IK10 touch screen, Eagle Touch also supports custom touch solutions for OEM equipment manufacturers.
Examples of touch screen structure, bonding, and project-level integration work.
IK Rating Reference for Public Systems
IK08–IK10 are commonly reviewed for public-facing equipment exposed to higher impact risk.
View IK Rating Reference Table
| IK Code | Impact Energy | Typical Context |
|---|---|---|
| IK06 | 1 J | Light industrial or controlled-use equipment |
| IK07 | 2 J | Controlled public use with limited impact exposure |
| IK08 | 5 J | Public terminals with moderate impact risk |
| IK09 | 10 J | Outdoor or self-service equipment with higher exposure |
| IK10 | 20 J | High-exposure public systems such as kiosks, EV chargers, and outdoor terminals |
Cover Glass & Structure Notes
- Cover glass thickness and structure depend on enclosure rigidity, support conditions, bonding method, and deployment risk.
- IK performance should be reviewed together with the assembled front structure, not the glass layer alone.
- Formal IK verification should be performed on the assembled front structure under the applicable test method.
Reference values are simplified for early-stage discussion. Final requirements should be aligned with the applicable standard, test method, and real deployment conditions.
Start with What You Already Have
You do not need to wait until every specification is finished. If you already have a drawing, enclosure sketch, application photo, or existing LCD model, we can start the first IK10 touch screen review from there.
If the project also needs sunlight readability, IP sealing, optical bonding, or a full display module, we can review those together during the first discussion.
Need an Industrial Display, Touch Screen, or Panel PC?
Send your size, brightness, touch type, interface, mounting method, environment, and target quantity — early-stage projects are welcome.