ESD Bench Mats for Electronics Manufacturing and PCB Assembly

Name: 2-Layer Rubber ESD Bench Mat
Brand: ESDBEST

Professional 2-Layer Rubber ESD Bench Mats for Static-Controlled Workstations

An ESD bench mat provides a controlled static-dissipative work surface for handling printed circuit boards, semiconductors, electronic assemblies and other electrostatic discharge sensitive devices.

Unlike an ordinary rubber sheet or desk pad, a professional ESD bench mat is engineered to control the movement of electrostatic charge. When correctly connected to a verified grounding system, the mat helps drain accumulated charge at a controlled rate rather than allowing an uncontrolled discharge through a sensitive electronic component.

ESDBEST manufactures 2-layer rubber ESD bench mats for PCB assembly, SMT production, electronics repair, quality inspection, laboratories, semiconductor processing and other electrostatic protected areas.

Our mats are available as standard sheets, custom-cut workbench mats and full rolls, with optional grounding cords, common point ground connections, custom colors, logo printing and OEM packaging.

ESD Bench Mat Specifications

Product Name	ESD Bench Mat
Color	green/black/grey/blue, etc
Material	Rubber
Thickness	2mm
Size	0.6m10m, 1m10m, 1.2m*10m or custom-made
Usage	anti-static workbench mat
Surface	Matte/Smooth
Packing	carton/roll
Weight	30kg/roll
Keywords	ESD table mat/ESD rubber mat

Why Choose ESDBEST?

29+ years of ESD product manufacturing experience
2-layer rubber ESD mat construction
Standard sheets, rolls and custom-cut sizes
OEM colors, logos and private-label packaging
Resistance testing and batch inspection
Complete workstation grounding accessories
Worldwide B2B supply
Factory-direct technical support

Find the Right ESD Bench Mat

Standard Bench Mats

Pre-cut rubber mats for electronics assembly, repair benches, laboratories and inspection stations.

ESD Mat Rolls

Continuous rolls for production lines, long workbenches and custom installation projects.

Custom-Cut Mats

Cut to the required bench length, width, thickness and grounding-point position.

Complete Grounding Kits

Available with mat grounding cord, common point ground connection and wrist strap connection.

OEM ESD Mats

Custom colors, packaging, surface finish, logos, labels and product specifications for distributors and industrial buyers.

What Is an ESD Bench Mat?

An ESD bench mat is an electrically controlled work surface used to protect electrostatic discharge sensitive components during assembly, inspection, testing, repair and packaging.

The mat is normally installed on top of an electronics workbench and connected to a designated grounding point. When an electrically charged object contacts the mat, the accumulated charge is directed through the mat and grounding system at a controlled rate.

This controlled dissipation helps reduce the risk of a sudden electrostatic discharge passing through a printed circuit board, integrated circuit, semiconductor device or electronic assembly.

An ESD bench mat is commonly used as part of an Electrostatic Protected Area, often called an EPA. However, the mat is only one part of a complete ESD control system.

A properly configured workstation may also include:

A common point ground
A verified protective earth connection
A wrist strap and wrist strap cord
ESD-safe tools
ESD chairs
Static-control garments
ESD storage containers
Ionization equipment
Approved packaging materials
Periodic resistance and continuity testing

The performance of the complete system depends on correct product selection, installation, grounding, maintenance and compliance verification.

ESD Bench Mat vs Ordinary Rubber Mat

An ordinary rubber mat may provide cushioning, heat resistance or slip resistance, but these characteristics do not make it suitable for handling ESD-sensitive devices.

Its electrical resistance may be too high, too low or inconsistent across the surface. It may also lack a designated grounding point and a verified path to ground.

An ESD bench mat, by comparison, is manufactured to provide controlled electrical performance and is designed to be integrated into an ESD grounding system.

A mat should therefore not be selected only because it is described as rubber, anti-slip, insulated or anti-static. Buyers should examine the measured electrical properties, test method, grounding design, material construction and intended application.

Why PCB Assembly Workstations Need ESD Bench Mats

Printed circuit boards can contain components that are vulnerable to electrostatic discharge at voltages that may not be felt or seen by the operator.

A person can therefore handle a PCB without noticing any spark while an ESD event affects a sensitive component.

Possible outcomes include:

Immediate component failure
Intermittent malfunction
Reduced device reliability
Latent damage
Lower production yield
Increased rework
Field returns
Difficult fault diagnosis

An ESD bench mat creates a defined work surface where loose components, circuit boards, tools and assemblies can remain within a controlled grounding environment.

It does not eliminate every ESD risk by itself, but it provides an essential foundation for a properly managed workstation.

How Does an ESD Bench Mat Work?

An ESD workbench mat works by creating a controlled electrical path between charged objects on the work surface and the facility grounding system.

The process can be understood in four stages.

1. Charge Is Generated

Electrostatic charge can be generated when materials contact, separate, slide or rub against each other.

Common examples include:

An operator walking across a floor
Removing adhesive tape
Sliding a plastic tray
Handling plastic packaging
Moving a chair
Removing protective film
Separating component reels
Wearing synthetic clothing

2. Charge Reaches the Work Surface

Charge may be carried by personnel, tools, packaging, components or production materials.

When these items contact a properly installed ESD bench mat, the mat provides a controlled interface rather than an electrically unpredictable surface.

3. The Top Layer Controls Dissipation

The static-dissipative top layer helps limit rapid charge movement.

This is important because a surface that is excessively conductive may allow charge to move too quickly, while a highly resistive surface may not provide an effective discharge path.

The objective is controlled charge dissipation—not simply the lowest possible resistance.

4. The Bottom Layer Carries Charge Toward Ground

In a 2-layer rubber mat, the more conductive lower layer helps distribute the electrical path across the mat and toward the grounding snap.

The mat is then connected through an approved grounding cord to a common point ground and a verified earth-grounding system.

The exact grounding arrangement should follow the facility’s ESD control plan and applicable safety requirements.

ESDBEST 2-Layer Rubber ESD Bench Mat Construction

ESDBEST supplies 2-layer rubber ESD bench mats designed for industrial electronics workstations.

Static-Dissipative Top Layer

The upper layer forms the working surface.

Its functions include:

Supporting controlled charge dissipation
Protecting electronic components
Providing a smooth and stable work surface
Resisting normal production wear
Reducing glare with an optional matte finish
Supporting soldering and assembly applications
Allowing routine cleaning

Conductive Bottom Layer

The lower layer helps provide a more consistent electrical path toward the grounding connection.

Its functions include:

Distributing charge across the underside
Supporting point-to-ground performance
Improving grounding consistency
Connecting the work surface to the grounding snap
Supporting stable electrical behavior across larger mat sizes

Why Use a Two-Layer Mat?

A two-layer construction combines a controlled working surface with a lower-resistance grounding layer.

The top layer is intended to interact with products and tools, while the lower layer supports a consistent path to the groundable point.

This construction is particularly suitable for:

PCB assembly lines
SMT workstations
Electronics repair benches
Semiconductor handling
Quality-control stations
Soldering stations
Laboratory benches
Component inspection areas
Electronic product packaging stations

Optional Grounding Components

A complete mat system may include:

10 mm grounding snap
Mat grounding cord
Common point ground
Wrist strap connection
Grounding plug or terminal
Grounding block
Warning label
Installation instructions
Ionizer

The grounding accessory configuration should be confirmed according to the electrical system and safety requirements of the destination country.

ESD Bench Mat Technical Specifications

The exact specification should be confirmed through the relevant ESDBEST datasheet and batch test report.

Product Type

2-layer rubber ESD bench mat

Recommended Applications

PCB assembly
SMT production
Electronics repair
Electronic component handling
Semiconductor processing
Testing and inspection
Laboratory work
Soldering stations
Quality-control workstations

Available Forms

Pre-cut sheets
Custom-cut mats
Full rolls
Workstation grounding kits

Common Thicknesses

2 mm
3 mm

Available Surface Finishes

Smooth
Matte
Anti-glare
Textured options upon request

Common Colors

Green
Blue
Gray
Black
Custom OEM colors

Optional Customization

Custom length and width
Logo printing
Custom packaging
Grounding snap position
Surface texture
Product labels
Distributor branding
Private-label cartons
Complete grounding kits

Important Specification Note

Do not publish a single universal resistance value unless it matches the actual ESDBEST product test data.

The product page, technical datasheet, quotation and test report should use the same tested resistance ranges. Inconsistent values across different documents can reduce buyer confidence and create technical disputes.

ESD Bench Mat Resistance Explained

Electrical resistance is one of the most important factors when selecting an ESD bench mat.

However, resistance should not be treated as a single marketing number.

Several measurements may be relevant.

Resistance Point to Point

Resistance point to point evaluates the electrical resistance between two locations on the mat surface.

It helps assess:

Surface consistency
Material uniformity
Electrical performance across the work area
Possible contamination or wear
Differences between production batches

Resistance to Ground

Resistance to ground evaluates the resistance between the mat surface and its groundable point or grounding system.

It helps determine whether the work surface has an effective path toward ground.

For work surfaces where unprotected ESD-sensitive items are handled, guidance associated with ANSI/ESD S20.20 generally uses an upper resistance-to-ground limit below (1 × 10^9) ohms. Product qualification and compliance verification must still follow the applicable standard, approved test method and facility ESD control plan.

Surface Resistance vs System Performance

A mat may show an acceptable material resistance but still perform poorly after installation.

Possible causes include:

Incorrect grounding cord
Damaged snap
Unverified earth connection
Dirty surface
Insulating cleaner residue
Loose grounding terminal
Incorrect test voltage
Improper electrode placement
Excessively low humidity
Damaged mat layers

For this reason, buyers should evaluate both product qualification data and in-use workstation performance.

Is Lower Resistance Always Better?

No.

An ESD work surface should provide controlled charge dissipation. Extremely low resistance is not automatically better for every application.

The correct choice depends on:

Device sensitivity
Workstation design
Facility grounding arrangement
Applicable ESD program
Customer specification
Required test method
Charge-device-model concerns
Product qualification limits

The objective is predictable, controlled and verifiable performance.

Conductive vs Static-Dissipative Bench Mats

The words conductive and static dissipative describe different electrical behavior.

Conductive Material

A conductive material allows charge to move relatively easily.

Conductive layers are often used beneath the working surface to help distribute charge toward a groundable point.

Static-Dissipative Material

A static-dissipative material allows charge to move in a more controlled manner.

It is commonly used as the top working layer because it helps reduce abrupt discharge while still supporting charge removal.

Which Is Better for the Top Surface?

For many electronics workstations, a static-dissipative top surface combined with a conductive lower layer provides a practical balance.

The operator and electronic product interact with the upper layer, while the lower layer supports the grounding path.

However, the final selection should be based on measured product performance and the facility’s ESD control requirements—not only on the words “conductive” or “dissipative.”

Common Selection Mistake

A buyer may choose the mat with the lowest advertised resistance because it appears to provide faster grounding.

This approach can be misleading.

A professional comparison should examine:

Resistance point to point
Resistance to ground
Charge decay
Layer construction
Heat resistance
Chemical resistance
Surface durability
Test conditions
Grounding components
Application requirements

Read our complete comparison:

Conductive vs Static-Dissipative ESD Mats

Rubber vs PVC ESD Bench Mats

Both rubber and PVC can be used for static-control work surfaces, but their practical characteristics are different.

Rubber ESD Bench Mats

Rubber mats are often selected for industrial electronics environments that require durability, heat resistance and long-term workstation use.

Potential advantages include:

Better resistance to soldering-related heat
Good surface durability
Flexible installation
Strong resistance to normal industrial wear
Suitable for PCB and SMT workstations
Available in multi-layer constructions
Professional surface appearance
Lower glare with matte finishes

PVC ESD Bench Mats

PVC mats may be suitable for lighter-duty workstations and budget-sensitive projects.

Potential advantages include:

Lower initial cost
Broad color availability
Easy cutting
Suitable for general assembly areas
Lightweight handling

Which Material Should You Choose?

Choose rubber when the workstation involves:

Frequent soldering
Long production shifts
Heavy component handling
Repeated cleaning
Industrial manufacturing
Higher durability requirements

PVC may be sufficient for:

Light assembly
Training rooms
Temporary installations
Low-wear workstations
Budget-controlled environments

Material selection should still be supported by electrical test data rather than by material name alone.

How to Ground an ESD Bench Mat

An ESD bench mat must be connected to an approved grounding system before it can provide its intended electrostatic-control function.

Do not connect the mat to an unverified metal object, water pipe, machine frame or improvised wire.

Components Required

ESD bench mat
Grounding snap
Approved mat grounding cord
Common point ground
Verified protective earth connection
Resistance meter or ESD tester
Appropriate electrodes
Workstation inspection record

Step 1: Inspect the Workbench

Make sure the bench surface is:

Clean
Dry
Stable
Free from sharp objects
Free from oils and adhesive residue
Large enough to support the mat without excessive folding

Step 2: Position the Mat

Place the mat flat on the workbench.

Avoid:

Deep folds
Rolled edges
Trapped metal debris
Sharp screws
Heavy objects directly on the grounding snap
Areas where cables may pull against the snap

Step 3: Install or Locate the Grounding Snap

Use the mat’s designated groundable point.

The snap should make reliable electrical contact with the relevant mat layer.

Do not install multiple random holes unless required by the workstation design.

Step 4: Connect the Mat Grounding Cord

Attach the grounding cord securely to the mat snap.

Check that:

The connection is tight
The cord is not damaged
The resistor configuration matches the approved system
The cord is not stretched
The cable route does not create a trip hazard

Step 5: Connect to the Common Point Ground

Connect the mat grounding cord to the workstation’s common point ground.

The common point ground may also provide a designated connection for the operator’s wrist strap.

The mat and wrist strap should be integrated according to the facility’s approved grounding design.

Step 6: Connect the Common Point to Verified Ground

The common point ground must ultimately connect to a verified grounding reference in accordance with the facility’s electrical and ESD-control requirements.

Only qualified personnel should verify or modify facility electrical grounding.

Step 7: Test the Installed System

After installation, measure resistance from the work surface to the groundable point or grounding reference using the approved procedure.

Record:

Date
Workstation number
Mat identification
Instrument
Test voltage
Humidity
Temperature
Measured value
Pass or fail result
Technician

Step 8: Add the Workstation to the Compliance Schedule

A mat should not be tested only on the installation date.

Include it in the company’s routine compliance-verification program.

For the complete installation procedure, read:

How to Ground an ESD Mat

How to Test an ESD Bench Mat

Testing verifies whether the mat and installed grounding path continue to perform as intended.

Recommended Measurements

Depending on the facility program, testing may include:

Resistance point to point
Resistance to ground
Ground-cord continuity
Common-point-ground continuity
Workstation system resistance
Visual inspection
Surface condition
Grounding snap condition

Equipment

Testing may require:

Surface resistance meter
Resistance-to-ground tester
Two weighted electrodes
Test lead
Verified grounding reference
Temperature and humidity meter
Cleaning materials approved for ESD surfaces
Compliance-verification record

Basic Test Procedure

Remove loose products and tools from the test area.
Inspect the mat for cuts, burns and contamination.
Clean the surface using an approved ESD-safe cleaner.
Allow the mat to dry.
Condition the product when required by the test plan.
Place the electrodes according to the selected test method.
Select the correct test voltage.
Allow the reading to stabilize.
Record the value and environmental conditions.
Compare the result with the approved limit.
Investigate any failed result before returning the station to service.

Why Environmental Conditions Matter

Relative humidity and temperature can influence resistance readings, especially on materials whose electrical behavior changes with moisture.

Always record the environmental conditions so that measurements can be compared accurately over time.

Common Causes of Failed Tests

Damaged grounding cord
Loose snap
Disconnected common point ground
Contamination
Cleaner residue
Paint or corrosion on a grounding terminal
Incorrect meter settings
Incorrect electrode spacing
Excessive wear
Internal delamination
Improvised grounding

For a full testing procedure, read:

How to Test an ESD Mat

ESD Bench Mats for PCB Assembly

PCB assembly is one of the most common applications for ESD bench mats.

A typical PCB workstation may include:

ESD rubber bench mat
Wrist strap
Common point ground
ESD-safe soldering iron
Ionizer
ESD component trays
ESD chairs
Static-control garments
Grounded tools
Approved packaging

Incoming Inspection

An ESD bench mat provides a controlled surface for inspecting:

Bare PCBs
Integrated circuits
Connectors
Sensors
Modules
Component reels
Electronic assemblies

Manual Assembly

During manual assembly, the mat supports controlled handling of boards and components as operators insert, position or connect parts.

Soldering and Rework

Rubber ESD mats are frequently chosen for soldering and rework areas because they provide a durable surface and improved resistance to short-duration heat exposure compared with many general-purpose plastic mats.

However, a mat should not be used as a direct holder for very hot soldering tools unless the product is specifically designed for that purpose.

Functional Testing

Testing stations may include powered equipment, cables, fixtures and circuit boards.

The workstation must therefore combine ESD control with electrical safety.

Grounding arrangements should be approved by qualified personnel and should not be improvised.

Final Inspection and Packaging

After assembly, finished boards should remain within the approved ESD-control system until they are placed into suitable protective packaging.

An ESD bench mat helps preserve the controlled environment during inspection, labeling and packing.

ESD Bench Mat Applications

SMT Production

Used at feeder preparation, inspection, repair, quality-control and offline assembly stations.

Semiconductor Manufacturing

Used for handling sensitive integrated circuits, wafers, modules and microelectronic components.

Electronics Repair

Used in service centers repairing computers, phones, industrial controls, instruments and communication equipment.

Automotive Electronics

Used for control modules, sensors, battery-management systems, displays and electronic subassemblies.

Medical Electronics

Used for manufacturing and servicing monitoring equipment, diagnostic devices and electronic instruments.

Aerospace and Defense Electronics

Used in controlled work areas where product traceability and process verification are critical.

Telecommunications

Used for circuit boards, communication modules, networking devices and optical electronic assemblies.

Laboratories

Used in research, engineering, testing and product-development environments.

Educational Training

Used in electronics laboratories where students handle sensitive devices and circuit boards.

ESD Bench Mat vs ESD Floor Mat

Bench mats and floor mats serve different functions.

ESD Bench Mat

Primary function:

Protecting electronic devices and assemblies on the work surface.

Typical installation:

On top of a workbench or production table.

Common connections:

Mat grounding cord and common point ground.

Typical users:

PCB assembly operators, technicians, inspectors and engineers.

ESD Floor Mat

Primary function:

Supporting personnel grounding and static control in standing or walking areas.

Typical installation:

On the floor near a workstation or production area.

Common connections:

Floor mat grounding system, typically used with approved ESD footwear or heel grounders.

Typical users:

Standing operators and mobile personnel.

Do You Need Both?

Some workstations benefit from both a grounded bench mat and an ESD floor system.

The correct combination depends on:

Operator movement
Wrist strap usage
Standing or seated work
Product sensitivity
Facility flooring
Footwear program
Workstation layout
Compliance requirements

Read the complete comparison:

ESD Floor Mat vs ESD Bench Mat

ESD Bench Mat Sizes and Thicknesses

The correct mat size should cover the active handling area without interfering with equipment, cable management or workstation safety.

Common Pre-Cut Sizes

600 × 900 mm
600 × 1200 mm
700 × 1200 mm
900 × 1200 mm
Custom workstation sizes

Common Roll Sizes

1 m × 10 m
1.2 m × 10 m
Custom roll widths and lengths

Confirm actual production availability before publishing fixed dimensions.

2 mm vs 3 mm

2 mm ESD Bench Mat

Suitable for:

General electronics assembly
PCB inspection
Light workstations
Cost-sensitive projects
Large roll installations

Advantages:

Lighter weight
Easier cutting
Lower material cost
Suitable for most standard workbench applications

3 mm ESD Bench Mat

Suitable for:

Heavy-duty workstations
Frequent tool use
Long operating shifts
Higher cushioning requirements
Premium workstation projects

Advantages:

Greater physical durability
More cushioning
Stronger premium appearance
Better suitability for intensive use

Thickness alone does not determine ESD performance. Resistance, grounding, layer quality and test results remain essential.

How to Choose the Right ESD Bench Mat

1. Define the Application

Identify whether the mat will be used for:

PCB assembly
Soldering
Repair
Inspection
Testing
Packaging
Laboratory work
Semiconductor handling

2. Confirm the Required Electrical Limits

Review:

Customer specification
ESD control plan
Product qualification requirement
Resistance-to-ground limit
Resistance point-to-point limit
Test method
Device sensitivity

3. Select the Material

Choose rubber for demanding industrial electronics applications requiring durability and heat resistance.

Consider PVC for lighter-duty or temporary applications.

4. Select the Construction

A 2-layer mat is generally preferred when a controlled working surface and consistent conductive lower layer are required.

5. Select the Size

Measure the actual active work area.

Allow space for:

PCB handling
Tools
Fixtures
Inspection equipment
Grounding connections

Avoid covering emergency switches, ventilation openings or safety markings.

6. Select the Thickness

Choose 2 mm for standard applications and 3 mm for heavier-duty or premium workstations.

7. Confirm the Grounding Accessories

Specify:

Grounding snap size
Snap position
Cord type
Connector type
Common point ground
Wrist strap connection
Destination-country plug or terminal

8. Request Test Documents

Ask the supplier for:

Technical datasheet
Product resistance data
Batch inspection report
Material information
Installation guide
Cleaning instructions
Product sample

9. Test the Sample in Your Facility

Before a large order, verify the product under your actual:

Temperature
Humidity
Cleaning procedure
Grounding system
Workstation design
Production conditions

10. Evaluate the Total Cost

Do not compare only the price per square meter.

Consider:

Service life
Replacement frequency
Installation cost
Grounding accessories
Cutting waste
Testing requirements
Packaging
International freight
Customization
Supplier quality control

Common ESD Bench Mat Mistakes

Using the Mat Without Grounding

An ungrounded mat may not provide the intended charge-dissipation path.

Connecting to an Unverified Metal Object

A table leg or machine frame is not automatically a verified ground.

Using Household Cleaner

Some cleaners leave insulating residue that changes surface resistance.

Placing Plastic Sheets on the Mat

Plastic covers, ordinary tape and packaging can introduce insulating or charge-generating materials.

Ignoring the Grounding Cord

A damaged cord can cause the entire workstation to fail even when the mat itself remains in good condition.

Never Retesting the Installation

A mat can become contaminated, damaged or disconnected over time.

Selecting Only by Color

Green, blue, gray or black does not indicate electrical performance.

Trusting an “Anti-Static” Label Without Data

Ask for measurable resistance specifications, test methods and product documentation.

Using the Mat as Electrical Insulation

An ESD bench mat is not automatically an electrical-insulation mat.

ESD control and electrical shock protection are different safety functions.

Cleaning and Maintenance

Routine cleaning helps maintain both appearance and electrical performance.

Recommended Cleaning Procedure

Remove components and tools.
Disconnect the workstation if required by the approved procedure.
Remove loose dust.
Apply an approved ESD-surface cleaner.
Wipe with a clean, low-lint cloth.
Allow the mat to dry completely.
Inspect the grounding cord and snap.
Retest when required.

Avoid

Wax
Silicone polish
Household furniture cleaner
Oil-based cleaner
Abrasive powder
Strong solvent
Metal scraper
Unapproved adhesive remover

When Should a Mat Be Replaced?

Consider replacement when the mat shows:

Deep cuts
Severe burns
Cracking
Permanent curling
Delamination
Exposed lower layer
Damaged grounding point
Repeated resistance-test failure
Chemical degradation
Surface contamination that cannot be removed

Replacement should be based on inspection and measured performance rather than age alone.

Custom ESD Bench Mats and OEM Manufacturing

ESDBEST provides customization for electronics manufacturers, industrial distributors and private-label brands.

Custom Dimensions

We can produce:

Custom-cut sheets
Long workstation mats
Production-line rolls
Special widths
Special lengths
Pre-cut workstation kits

Custom Colors

Color options may include:

Green
Blue
Gray
Black
Customer-specified colors

Color matching is subject to minimum order quantity and technical feasibility.

Logo Printing

Available options may include:

Company logo
ESD warning symbol
Product model
Grounding instructions
Distributor brand
Private-label identification

Custom Packaging

Options may include:

Individual cartons
Export cartons
Roll packaging
Product labels
Barcode labels
Installation instructions
Distributor packaging

Grounding Configuration

The grounding snap position and accessory set can be adjusted to match the workstation design.

Send us:

Workbench dimensions
Required mat thickness
Color
Quantity
Resistance specification
Grounding method
Packaging requirements
Destination country

Our team will recommend the suitable configuration.

ESDBEST Manufacturing and Quality Control

The performance of an ESD bench mat depends on raw materials, layer consistency, production control and electrical testing.

A typical production process may include:

Raw-material preparation
Rubber mixing
Material conditioning
Calendering
Layer bonding
Vulcanization
Surface finishing
Thickness inspection
Resistance testing
Cutting
Grounding-snap installation
Logo printing
Final inspection
Packaging
Shipment

Quality-Control Checks

Depending on the product and order, inspections may include:

Surface appearance
Width and length
Thickness
Color
Layer bonding
Resistance point to point
Resistance to groundable point
Grounding-snap installation
Roll quality
Packaging
Quantity
Label information

Customers can request product samples and order-specific documentation before bulk production.

Watch:

How to Ground an ESD Bench Mat
ACL 800 ESD Mat Resistance Test
Conductive vs Static-Dissipative Mat Test
2 mm vs 3 mm ESD Mat Comparison
ESD Bench Mat Factory Production
Complete ESD Workstation Setup
What Happens When an ESD Mat Is Not Grounded?

Download Center

ESD Bench Mat Videos

How to Ground an ESD Bench Mat

Build a Complete ESD Workstation

A professional ESD bench mat works best as part of a complete static-control system.

Request an ESD Bench Mat Quote

Need a standard ESD bench mat, custom-cut sheet, complete roll or OEM solution?

Send ESDBEST the following information:

Required size
Thickness
Color
Quantity
Resistance requirement
Grounding accessories
Logo requirements
Packaging requirements
Destination country

Our team will recommend a suitable 2-layer rubber ESD bench mat for your workstation and provide a factory quotation.

Request a Free Sample

Download the Technical Datasheet

Get a Factory Quote

Email: sales2@esdbest.com

Phone / WhatsApp: +86 137 1427 2599

Need ESD Bench Mats for Your Factory?

Contact ESDBEST for bulk supply, custom sizes and static control solutions.

Email: sales2@esdbest.com
WhatsApp: +86 13714272599