Conductive Caster

Stable Electrostatic Control for Sensitive Equipment

Static electricity poses hidden risks in industries such as electronics assembly, semiconductor manufacturing, medical devices, and precision instruments. Uncontrolled electrostatic buildup can cause component failure, measurement errors, and even hazardous discharges.

To support customers who require safe and stable ESD performance, Enjoying Go introduces our new Conductive Caster, engineered with conductive nylon materials and tested for consistent electrical conductivity.

1. Why Conductive Casters Matter

A conductive caster creates a stable path for static electricity to discharge safely to the ground.
Its key functions include:

1. Preventing static buildup that can damage electronic components

2. Reducing measurement interference in precision instruments

3. Minimizing the risk of spark discharge

4. Maintaining safe operation in cleanroom and controlled environments

5. Improving overall equipment reliability and lifespan

For electronics, semiconductor, laboratory, and medical applications, conductive casters are an essential safety component.

2. Enjoying Go Conductive Test Results

Our conductive casters are molded using conductive nylon with carefully controlled carbon distribution.
The measured resistance range is:

Conductive Nylon Resistance: 1K to 100K ohm
Approximately 10³ to 10⁵ ohm

This range provides efficient and stable electrostatic dissipation without drifting due to temperature or humidity changes.

3. Comparison With Industry Standards

Common ESD equipment standards define the acceptable conductive range as:

Industry Standard: 1K to 1000K ohm
Approximately 10³ to 10⁶ ohm

In comparison, Enjoying Go consistently maintains:

• A narrower and more stable range: 1K to 100K ohm

• Excellent environmental stability

• Uniform conductivity without batch variation

• Reliable long-term performance

Conductivity that is too low may allow excessive discharge, while conductivity that is too high may fail to dissipate static efficiently. Our casters remain within the ideal zone for professional ESD applications.

4. Material Advantages: Conductive Nylon

All models in this series use conductive nylon.
Key characteristics include:

1. Stable and repeatable conductivity

2. High hardness and excellent abrasion resistance

3. Better durability than conductive rubber or conductive PU

4. Low moisture absorption, ensuring consistent resistance

5. Suitable for mid to high-load equipment

Conductive nylon provides a long-lasting and reliable solution for environments with continuous movement or frequent repositioning.

5. Applications

Enjoying Go conductive casters are suitable for:

1. SMT, ICT, ATE, DIP and other electronics equipment

2. Semiconductor cleanroom tools

3. Measuring and calibration instruments

4. Medical equipment carts and surgical room devices

5. Laboratory workstations

6. ESD material-handling carts and transport systems

Any environment requiring controlled static discharge will benefit from this caster solution.

6. Why Choose Enjoying Go

1. Stable conductivity between 1K–100K ohm

2. Highly uniform material mixing and molding

3. Smooth rolling performance suitable for precision equipment

4. OEM customization available for resistance requirements, stems, mounting types, and load capacity

5. Every batch is tested to ensure consistent quality

Conclusion

A conductive caster may appear small, but it plays a critical role in equipment safety and operational integrity. With precise conductivity control and strict quality management, Enjoying Go’s conductive nylon casters deliver reliability for industries that require electrostatic protection.

For specifications, test reports, or samples, please contact our sales team.