Conductive working disk

Conductive Working Disk for Electronic Components

A conductive working disk is a specialized plastic tray designed for the positioning, handling, storage, and transportation of electronic components that require controlled electrical properties. Compared with ordinary plastic trays, conductive working disks use conductive materials to provide lower surface resistance and support applications where electrostatic discharge control is an important consideration.

WELL CHSIEN manufactures customized vacuum formed working disks for electronic components, IC manufacturing, D-RAM, precision instruments, and other industrial applications.

For conductive applications, PS conductive material is typically black and can provide a surface resistance of approximately 10⁴–10⁶ Ω, depending on the material specification.

Tray dimensions, cavity size, cavity quantity, material thickness, component orientation, and overall structure can be customized according to the customer's electronic components and production requirements.

What Is a Conductive Working Disk?

A conductive working disk is a formed plastic tray manufactured from electrically conductive material and designed to hold electronic components in dedicated cavities.

During manufacturing, electronic components may pass through assembly, inspection, testing, temporary storage, internal transportation, and packaging processes. A customized working disk helps keep individual components organized and positioned throughout these processes.

Depending on the industry and application, related products may also be referred to as:

PS conductive working disk
Conductive electronic tray
Conductive component tray
Electronic component tray
Conductive TRAY disk
ESD tray
Electronic working disk
Vacuum formed conductive tray

The correct product should be selected according to the component dimensions, required electrical characteristics, manufacturing process, and handling environment.

Conductive Working Disk Applications

Conductive working disks can be used for a variety of electronic and precision component applications.

Typical applications include:

IC manufacturing
Electronic components
D-RAM components
Semiconductor-related components
Precision instruments
Electronic assembly parts
Electronic production lines
Component inspection
Internal component transportation
Temporary component storage
Precision electronic parts
Dust-sensitive components
Customized industrial components

For electronic applications, customers should specify their required surface resistance and other ESD requirements before production.

PS Conductive Working Disk Specifications

PS conductive material is commonly used for conductive working disks and electronic component trays.

Specification	Typical Information
Product	Conductive Working Disk
Material	Conductive PS
Typical Appearance	Black
Surface Resistance	Approx. 10⁴–10⁶ Ω
Thermal Deformation Temperature	Approx. 85°C
Manufacturing Process	Vacuum Forming
Custom Dimensions	Available
Custom Cavities	Available
OEM	Available
ODM	Available
Typical Applications	IC, D-RAM, electronic components, precision instruments

Actual specifications should be confirmed according to the material, product design, production conditions, and customer requirements.

Why Use a Conductive Working Disk?

Electronic components may be sensitive to electrostatic discharge during manufacturing, assembly, handling, or transportation.

A conductive working disk provides a lower-resistance material option for applications where conductive properties are required.

In addition to material characteristics, the tray itself can be customized around the actual component.

Component Positioning

Individual cavities can be designed according to the dimensions and geometry of electronic components.

Organized Handling

A fixed cavity layout helps keep components organized during manufacturing, inspection, storage, and internal transportation.

Reduced Component Movement

Properly designed cavities can help limit unnecessary component movement during normal handling.

Customized Tray Layout

The quantity, position, spacing, and orientation of cavities can be designed according to production requirements.

Conductive Material

Conductive PS provides lower surface resistance than antistatic PET and can be selected according to the required electrical characteristics.

Conductive Working Disk vs. Antistatic Working Disk

Conductive and antistatic working disks are not necessarily interchangeable. Material selection should be based on the customer's actual ESD-control requirements.

Feature	Conductive Working Disk	Antistatic Working Disk
Typical Material	Conductive PS	Antistatic PET
Typical Appearance	Black	Transparent
Surface Resistance	Approx. 10⁴–10⁶ Ω	Approx. 10¹⁰–10¹² Ω
Electrical Property	Lower resistance	Antistatic properties
Electronic Components	Application-dependent	Application-dependent
Custom Cavities	Available	Available
Custom Dimensions	Available	Available
OEM / ODM	Available	Available

The material with the lowest resistance is not automatically the best choice for every electronic component. Customers should determine the appropriate resistance range according to their component and ESD-control requirements.

Conductive Working Disk vs. Ordinary Plastic Tray

Feature	Conductive Working Disk	Ordinary Plastic Tray
Conductive Material	Yes	Generally not specified
Surface Resistance	Can be specified	Usually not a primary specification
Electronic Component Use	Designed for electronic applications	Depends on material
Custom Cavities	Available	Available
IC / D-RAM Applications	Available with suitable specifications	Requires evaluation
Production-Line Use	Can be customized	Depends on design
OEM / ODM	Available	Depends on manufacturer

For electronic applications, tray selection should consider both physical protection and electrical characteristics.

Custom Conductive Working Disk

Electronic components vary widely in dimensions, geometry, weight, and handling requirements. For this reason, a customized conductive working disk may provide a better fit than a standard tray.

Customization options can include:

Custom Item	Available Options
Overall Dimensions	Customized
Cavity Dimensions	According to component
Cavity Depth	Customized
Cavity Quantity	Customized
Cavity Spacing	Customized
Material	Conductive PS / specified material
Thickness	According to application
Surface Resistance	According to material specification
Component Orientation	Customized
Stackable Design	Available according to requirements
OEM	Available
ODM	Available

Providing actual product samples or detailed drawings can help determine the appropriate cavity dimensions and tray structure.

Vacuum Formed Conductive Working Disk

Vacuum forming is suitable for producing customized conductive working disks with multiple cavities in a single tray.

During product development, a plastic sheet is formed according to a dedicated mold. The mold determines the cavity arrangement, depth, spacing, and overall tray geometry.

Important design factors include:

Component dimensions
Component geometry
Cavity depth
Cavity spacing
Number of components per tray
Overall tray dimensions
Material thickness
Component removal space
Stacking requirements
Production-line requirements
Transportation requirements

A well-designed working disk should consider both the physical component and the actual manufacturing process.

How to Choose a Conductive Working Disk

Before requesting a quotation, customers should prepare information about both the component and the required electrical properties.

Selection Factor	Information to Confirm
Component	Product type and application
Dimensions	Length × width × height
Shape	Drawing, photo or physical sample
Quantity per Tray	Required number of cavities
Material	Conductive PS or specified material
Surface Resistance	Required resistance range
Tray Size	Required overall dimensions
Thickness	Based on handling requirements
Stacking	Required or not required
Production Process	Manual or production-line handling
Application	Inspection, storage, transfer or packaging
Order Quantity	Estimated production quantity

Providing this information helps the manufacturer evaluate a more appropriate conductive working disk design.

Conductive Working Disk for IC Components

IC components can require careful handling throughout manufacturing, assembly, inspection, and transportation.

A custom conductive working disk can be designed according to the dimensions of the IC component, allowing individual parts to be placed in dedicated cavities.

The cavity quantity and arrangement can also be customized according to production requirements.

When conductive properties are required, customers should provide the applicable ESD specification or required surface resistance during product development.

Conductive Working Disk for D-RAM and Electronic Parts

Conductive working disks can also be developed for D-RAM and other electronic components.

A dedicated cavity layout helps keep components separated and organized during internal handling, temporary storage, inspection, and packaging.

Depending on the component, tray dimensions and cavity orientation can be developed to match the customer's production workflow.

OEM and ODM Conductive Working Disk

WELL CHSIEN provides OEM and ODM conductive working disk manufacturing for customized electronic component applications.

Customers can provide:

Physical product samples
2D drawings
3D drawings
Component dimensions
Product photos
Required tray dimensions
Required cavity quantity
Conductive material requirements
Surface resistance requirements
Thickness requirements
Stackability requirements
Estimated order quantity

The final structure can then be evaluated according to the actual component and application.

Actual Conductive Working Disk Product Example

This conductive working disk is manufactured for electronic component handling applications using conductive material.

The tray cavity layout can be developed according to the actual dimensions and shape of the customer's components. Overall tray dimensions, cavity quantity, material thickness, and other specifications can also be customized according to production requirements.

For electronic manufacturers requiring specialized component handling, actual product samples or detailed drawings can be provided for evaluation before mold development and production.

Conductive Working Disk Manufacturer

WELL CHSIEN has more than 30 years of experience in customized vacuum forming and plastic packaging manufacturing.

Our manufacturing capabilities include conductive working disks, antistatic electronic trays, electronic working disks, TRAY disks, vacuum formed covers, plastic linings, packaging boxes, and other customized vacuum formed products.

For electronic component projects, customers can specify the required dimensions, cavity configuration, material, electrical characteristics, and production requirements.

OEM and ODM projects are available.

Frequently Asked Questions About Conductive Working Disks

What is a conductive working disk?

A conductive working disk is a formed plastic tray manufactured using conductive material for electronic component handling, positioning, storage, and transportation.

What material is used for a conductive working disk?

Conductive PS is one material option. According to the current product specifications, conductive PS is typically black and provides a surface resistance of approximately 10⁴–10⁶ Ω.

What is the surface resistance of a PS conductive working disk?

The current material specification lists approximately 10⁴–10⁶ Ω for conductive PS. Actual specifications should be confirmed according to the project and material used.

What is the thermal deformation temperature of conductive PS?

According to the current product information, the thermal deformation temperature of PS conductive material is approximately 85°C. Actual performance should be confirmed for the selected material and application.

What is the difference between conductive and antistatic working disks?

The main difference is their electrical resistance and material properties. Conductive PS typically has lower surface resistance than antistatic PET. The appropriate option should be selected according to the component's ESD requirements.

Can conductive working disks be customized?

Yes. Overall dimensions, cavity dimensions, cavity quantity, cavity depth, spacing, thickness, and other structural characteristics can be customized according to the component and application.

Can conductive working disks be used for IC components?

They can be designed for IC component handling when the material, electrical characteristics, and tray design meet the required application specifications.

Are conductive working disks suitable for D-RAM?

Conductive working disks can be developed for D-RAM and other electronic component applications according to the required ESD and handling specifications.

Can you manufacture a conductive working disk from a product sample?

Yes. Providing an actual component sample can help evaluate the cavity size, depth, spacing, and overall tray structure.

Can you manufacture from a drawing?

Yes. Detailed dimensional drawings can be used to evaluate customized working disk projects.

Can the number of cavities be customized?

Yes. Cavity quantity can be designed according to the component dimensions, overall tray size, and production requirements.

Can conductive working disks be stackable?

Stackable designs can be evaluated according to the component, tray structure, and customer requirements.

Do you provide OEM conductive working disks?

Yes. OEM manufacturing is available according to customer drawings, specifications, and requirements.

Do you provide ODM conductive working disks?

Yes. ODM projects can be evaluated according to the electronic component, application, required material, and tray design.

What information is needed for a quotation?

Please provide component dimensions, drawings or samples, required cavity quantity, overall tray dimensions, conductive material requirements, required surface resistance, thickness requirements, stacking requirements, application, and estimated order quantity.

Recommended Image ALT Text

Conductive working disk for electronic components
PS conductive working disk
Custom conductive working disk
Conductive working disk manufacturer
Conductive electronic component tray
PS conductive tray for IC components
Conductive working disk for D-RAM
Vacuum formed conductive working disk
Custom conductive electronic tray
OEM conductive working disk
Conductive tray for precision electronic components
Black PS conductive working disk

Product Image Caption

Actual Conductive Working Disk Product Example

This custom conductive working disk is designed for electronic component positioning, handling, storage, and transportation. The cavity dimensions, quantity, tray size, PS material, thickness, and layout can be customized according to specific electronic components and production requirements.

Conductive Working Disk – Actual Product Example

Conductive Working Disk – Actual Product Example

This conductive working disk is designed for the positioning, handling, storage, and transportation of electronic components. Made from conductive PS material, the tray can be customized according to specific component dimensions and production requirements.

The cavity size, cavity quantity, tray dimensions, material thickness, and layout can be customized for IC, D-RAM, precision electronic parts, and other electronic components. OEM and ODM conductive working disk solutions are available.