ESD Gloves for PCB Assembly and Electronics Manufacturing

 Available options include:

• PU-coated ESD gloves

• Nitrile-coated ESD gloves

• Carbon-fiber knitted ESD gloves

• ESD finger cots

• Palm-coated and fingertip-coated designs

• Custom sizes, packaging and private-label options

ESD gloves are specially designed gloves made with conductive or static-dissipative fibers that help reduce electrostatic charge accumulation during electronics handling.

They are commonly used when operators handle:

• Printed circuit boards

• Integrated circuits

• Semiconductor devices

• Electronic modules

• Sensors

• Connectors

• Displays

• Precision electronic components

ESD gloves should be used as part of a complete electrostatic control system that may also include grounded work surfaces, wrist straps, ESD footwear, ionizers and static-control packaging.

 ESD Gloves for Reliable Static Control

Electrostatic discharge can damage sensitive electronic components during assembly, testing, inspection, repair and packaging.

In many cases, ESD damage is not immediately visible. A component may continue working after assembly but fail later in the field. This type of latent damage can lead to higher return rates, unstable product performance and increased quality-control costs.

ESD gloves help reduce this risk by providing a controlled path for static charge while also preventing direct skin contact with sensitive components.

Depending on the design, ESD gloves may contain conductive carbon fibers or other static-dissipative yarns woven into the glove material.

They are commonly used in:

• PCB assembly

• SMT production

• Semiconductor manufacturing

• Electronics inspection

• Electronic repair and rework

• Clean manufacturing areas

• Component packaging

• Laboratory testing

• Precision instrument assembly

• Automotive electronics production

 ESD Glove Product Range

ESDBEST offers several types of ESD gloves for different electronics manufacturing tasks.

PU-Coated ESD Gloves

PU-coated ESD gloves are widely used for PCB assembly, SMT production, inspection and other precision handling tasks.

The polyurethane coating may be applied to the fingertips or the full palm, depending on the required level of grip and flexibility.

Key advantages:

• Excellent fingertip sensitivity

• Lightweight and comfortable

• Good flexibility for small components

• Low-lint construction

• Suitable for repetitive assembly tasks

• Available with fingertip or palm coating

Recommended applications:

• PCB assembly

• SMT component handling

• Electronics inspection

• Connector assembly

• Mobile device production

• Precision component handling

Nitrile-Coated ESD Gloves

Nitrile-coated ESD gloves provide stronger grip and better resistance to oil than standard PU-coated gloves.

They are suitable for production areas where operators handle tools, metal parts, cable assemblies or components with slightly oily surfaces.

Key advantages:

• Strong grip

• Better oil resistance

• Good abrasion resistance

• Durable coating

• Suitable for heavier handling tasks

Recommended applications:

• Electronics maintenance

• Cable and connector assembly

• Tool handling

• Automotive electronics

• Industrial electronics production

• Component packaging

Carbon-Fiber Knitted ESD Gloves

Carbon-fiber knitted gloves are made with conductive fibers integrated into the fabric.

They offer high flexibility and are suitable for dry handling tasks where operators need direct control without a coated surface.

Key advantages:

• Lightweight construction

• High flexibility

• Breathable fabric

• Suitable for long working periods

• Available in multiple sizes

Recommended applications:

• Component inspection

• Electronics testing

• Dry assembly work

• Clean production environments

• Laboratory handling

ESD Finger Cots

ESD finger cots cover only the operator’s fingers and are commonly used when full gloves are not required.

They help reduce direct skin contact with sensitive parts while preserving hand movement and comfort.

Recommended applications:

• Optical component handling

• Semiconductor inspection

• Display assembly

• Small-component positioning

• Laboratory testing

 ESD Glove Specification Matrix

The following specifications are typical examples. Confirm the final values according to the selected ESDBEST model.

Additional product specifications:

Contact ESDBEST for the exact specification sheet, resistance range and packaging details of each model.

 PU vs Nitrile ESD Gloves

PU and nitrile ESD gloves are designed for different working conditions.

Choose PU-coated gloves when precision and fingertip control are the main priorities.

Choose nitrile-coated gloves when stronger grip, durability and oil resistance are more important.

How ESD Gloves Work

Ordinary gloves may reduce contamination, but they are not automatically suitable for electrostatic control.

ESD gloves are made with conductive or static-dissipative materials that help limit charge accumulation during handling.

When used correctly in an ESD protected area, they can help:

• Reduce static charge buildup

• Limit direct skin contact

• Protect PCB surfaces from oils and fingerprints

• Improve handling control

• Support consistent ESD procedures

• Reduce contamination on sensitive components

However, gloves alone do not create a complete ESD control program.

For effective protection, ESD gloves should be used together with appropriate grounding and static-control equipment.

 ESD Gloves Are Not a Replacement for Wrist Straps

A common mistake is to assume that wearing ESD gloves eliminates the need for personnel grounding.

In seated electronics assembly, operators may still require a properly tested ESD wrist strap connected to an approved common point ground.

A complete workstation may include:

• ESD workbench

• Grounded ESD bench mat

• Common point ground

• ESD wrist strap

• Continuous monitor

• ESD chair

• ESD floor mat

• ESD footwear

• Ionizing air blower

• Static-control storage and packaging

The correct combination depends on the facility’s ESD control plan, work process and risk assessment.

How to Choose ESD Gloves

Select ESD gloves according to the actual production process instead of choosing only by price or appearance.

1. Identify the Handling Task

For small components, PCB inspection and precision assembly, choose a lightweight glove with good fingertip sensitivity.

For heavier handling, cable assembly or oily environments, choose a more durable coating with stronger grip.

 2. Choose the Correct Coating

PU fingertip coating:

Best for fine handling and maximum flexibility.

PU palm coating:

Best for operators who need more grip across the whole palm.

Nitrile palm coating:

Best for stronger grip, abrasion resistance and slightly oily environments.

Uncoated conductive fabric:

Best for light, dry inspection work.

 3. Confirm the Resistance Specification

Do not rely only on the words “anti-static” printed on the packaging.

Ask the supplier for:

• Product resistance specification

• Test method

• Test report

• Sample test data

• Batch consistency information

The suitable resistance range may depend on the glove construction, test method and facility requirements.

 4. Check Fit and Dexterity

Gloves that are too loose may reduce handling accuracy.

Gloves that are too tight may cause discomfort and reduce operator compliance.

Request several sizes for production trials before placing a large order.

 5. Evaluate Cleanliness Requirements

For clean production environments, ask about:

• Lint generation

• Particle control

• Washing process

• Packaging environment

• Cleanroom suitability

• Residue from coating materials

Not every ESD glove is automatically suitable for a cleanroom.

 6. Test the Gloves in the Real Workstation

A sample should be evaluated under actual production conditions.

Check:

• Grip

• Comfort

• Dexterity

• Heat buildup

• Coating durability

• Resistance after use

• Operator feedback

• Compatibility with wrist straps and tools

ESD Glove Resistance Test

ESDBEST recommends verifying ESD performance with an appropriate resistance meter and documented test procedure.

The following workflow can be used as a general reference. The exact method should follow your company’s ESD control plan and applicable test requirements.

 Test Equipment

• Surface resistance meter or resistance measurement instrument

• Suitable electrodes or test fixture

• Grounding connection

• Clean test surface

• Temperature and humidity monitor

• Sample identification label

• Test record form

Instrument used by ESDBEST:

[Insert actual instrument model, such as ACL 800, if this is the instrument used for glove testing. Confirm that the instrument and fixture are suitable for the selected test method.]

Sample Test Procedure

1. Record the glove model, batch number and size.

2. Condition the sample according to the selected test procedure.

3. Record the room temperature and relative humidity.

4. Place the glove on the approved test surface or test fixture.

5. Position the electrodes according to the test method.

6. Apply the appropriate test voltage.

7. Wait for the reading to stabilize.

8. Record the measured resistance.

9. Repeat the test on multiple samples from the same batch.

10. Compare the results with the product specification and internal acceptance criteria.

 Recommended Test Record

Important:

Do not publish resistance values unless they come from an actual documented test. Different glove constructions and test methods may produce different results.

Need Verified Test Data?

Download the available technical specification and test information for selected ESDBEST ESD glove models.

 ESD Gloves for PCB Assembly

PCB assembly operators frequently handle components that can be damaged by electrostatic discharge.

ESD gloves can help protect:

• Integrated circuits

• Microcontrollers

• Memory devices

• MOSFETs

• Sensors

• Communication modules

• Display modules

• Connectors

• Bare PCBs

• Finished PCB assemblies

Operators should avoid touching:

• Gold fingers

• Connector contacts

• Component leads

• Solder pads

• Exposed conductive surfaces

Even when wearing ESD gloves, PCBs should be handled by the edges whenever possible.

H2: ESD Gloves for SMT Production

SMT production environments require consistent handling procedures from material preparation to final inspection.

ESD gloves may be used during:

• Feeder setup

• Reel handling

• PCB loading

• Component inspection

• Post-reflow inspection

• Manual assembly

• Rework

• Functional testing

• Packaging

The selected glove should not reduce dexterity or increase the risk of dropping small components.