What are the types of conductive and anti-static PEEK materials

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● PEEK-Conductive/ESD carbon black series：

>> Carbon black Antistatic Principle:

>> Carbon blackSurface Resistance Reduction: 

>> Dispersibility:

>> Carbon black PEEK that we have

● PEEK-Conductive/ESD carbon fiber series：

>> High Conductivity: 

>> Carbon fiber PEEK that we have

● PEEK-Conductive/ESD graphite series：

● Graphite Antistatic Principle:

>>        Graphite Antistatic Principle:    

● Graphite PEEK that we have

>>        Graphite PEEK that we have    

● Summary Comparison

● The different between anti-static，static dissipation，conducive and EMI/RFI Shielding

● PEEK-Conductive/ESD Application

>> Electronics and Semiconductor Field:

>> Electrical Equipment Field: 

>> Oilfield and Mining Field: 

>> Medical Packaging Field: 

>> Mechanical Industry Field: 

>> Tooling and Fixture Field: 

>> Electromagnetic Shielding Field: 

>> Sports and Leisure Field: 

>> Other Application Fields: 

PEEK-Conductive/ESD carbon black series：

Carbon black is a nanoscale particle composed of carbon, characterized by its high surface area and excellent conductivity.

Carbon black Antistatic Principle:

  Conductive Network Formation: Carbon black particles form a continuous conductive network within the material, enabling rapid conduction and dispersion of static charges to prevent charge accumulation.

Carbon blackSurface Resistance Reduction: 

The addition of carbon black significantly reduces the material's surface resistance, achieving antistatic or conductive levels (typically surface resistance between 200-10^9 Ω/sq).

Dispersibility:

Carbon black particles are evenly dispersed in the matrix material, providing stable conductive pathways.

Carbon black PEEK that we have

PEEK-Conductive/ESD carbon fiber series：

Carbon fiber is a highstrength, highmodulus fiber composed of carbon, known for its excellent conductivity and mechanical properties.

Carbon fiber Antistatic Principle:

Carbon fibers form longrange conductive pathways within the material, enabling rapid conduction of static charges.

High Conductivity: 

Carbon fiber itself has an extremely low resistivity (approximately 10^310^4 Ω·cm), effectively dispersing static charges.

  Structural Reinforcement: Carbon fiber not only provides antistatic functionality but also enhances the material's mechanical strength.

Carbon fiber PEEK that we have

PEEK-Conductive/ESD graphite series：

Graphite is a layered carbon material with good conductivity and lubricity.

Graphite Antistatic Principle:

Layered Conductive Structure: 

The layered structure of graphite allows electrons to move freely between layers, forming conductive pathways.

Surface Resistance Adjustment: 

The addition of graphite can adjust the material's surface resistance to achieve antistatic or conductive levels.

Lubricity: 

Graphite also possesses lubricating properties, reducing static charges generated by friction.

Graphite PEEK that we have

Summary Comparison

The different between anti-static，static dissipation，conducive and EMI/RFI Shielding

Anti-static:

Static electricity decays at a slow rate from 0.01 seconds to several seconds, preventing electrical breakdown, sparks, or static adhesion.

Static Dissipation:   

A decay rate in milliseconds (0.001), faster dissipation or decay rate compared to anti-static materials.

Conductive:

A decay rate in nanoseconds, providing a grounding path and releasing stronger charges.

EMI/RFI Shielding:

Absorbs or reflects electromagnetic energy, shielding against interference sources, typically measured by volume resistivity.

PEEK-Conductive/ESD Application

Electronics and Semiconductor Field:

JEDEC & IC trays, chip carriers, Huatian boxes, optical component packaging boxes, wafer boats, self-adhesive trays, LCD screen protectors, disk drive components, toolboxes, etc.

Electrical Equipment Field: 

ATM components, printer and copier components, shredder components, purifier components.

Oilfield and Mining Field: 

Storage and transportation of flammable and explosive materials, pneumatic diaphragm pumps, flashlights, safety helmets.

Medical Packaging Field: 

Medical devices, drug delivery tubes, drug and sample transfer components, medical packaging.

Mechanical Industry Field: 

Gears, rollers, impellers, chain conveyor belts, cable protection drag chains, casters.

Tooling and Fixture Field: 

Tweezers, dispensing and pressure-holding fixtures, pry bars, electrostatic spraying fixtures, combs.

Electromagnetic Shielding Field: 

Automotive sensors, radar, communication equipment, medical equipment shielding housings and shielding gaskets.

Sports and Leisure Field: 

Drone propellers, skiing accessories, bicycle pedals, fishing gear.

Other Application Fields: 

Films, sheets, rods, custom-shaped parts, spinning, tubes, etc.