Antistatic APET Sheet

Antistatic APET sheet is a specialized variant of APET sheet with built-in antistatic properties, specifically engineered for the packaging and transport of static-sensitive electronic components. With a controlled surface resistance of 10⁹ to 10⊃1;⊃1; Ω/sq, it safely dissipates electrostatic charges and prevents ESD (electrostatic discharge) damage to ICs, PCBs, semiconductors, and other precision electronics.

Unlike surface-coated antistatic films, ONE Plastic's antistatic APET uses a permanently embedded antistatic agent distributed throughout the material matrix. This means the static dissipation performance will not wear off, wash away, or degrade during storage, transport, or repeated handling — maintaining reliable ESD protection for 12 months or longer.

Our antistatic APET sheet combines the excellent optical clarity (≥89% light transmission), mechanical strength, and thermoformability of standard APET with static-control functionality. If your application does not require antistatic protection, our standard clear PET sheet offers the same transparency and forming performance at a lower cost. Antistatic APET is FDA compliant for food contact and RoHS certified, making it a dual-purpose material suitable for 

both electronics-grade and food-grade packaging environments.

• Surface Resistance: 10⁹ – 10⊃1;⊃1; Ω/sq

• Thickness Range: 0.15mm – 2.0mm

• Max Width: 1200mm (customizable)

• Transparency: ≥89%

• Service Temperature: -20°C to 60°C

• Form: Sheet or Roll

• Color: Clear, Light Blue (ESD identifier), Custom tint

Why Antistatic Protection Matters in Electronics Packaging

The Hidden Cost of Electrostatic Discharge (ESD)

Electrostatic discharge is one of the leading causes of defects in electronic manufacturing. Standard plastic packaging materials can generate surface voltages exceeding 1,000V during routine handling and transport. However, many sensitive electronic components — including integrated circuits (ICs), CPUs, MEMS sensors, and LED chips — can suffer permanent damage from discharges as low as 100V.

The EOS/ESD Association estimates that ESD-related damage costs the global semiconductor industry over $5 billion annually. What makes ESD particularly dangerous is latent damage: a component may pass quality inspection yet fail prematurely in the field, leading to warranty claims, product recalls, and reputational harm.

Using the right packaging material is the simplest and most cost-effective way to eliminate ESD risk at the source.

How Antistatic APET Works

There are two common methods to achieve antistatic performance in PET sheets:

1. Surface Coating (Offline Process)An antistatic agent is applied to the surface of a finished PET sheet. This method is lower in cost, but the coating is vulnerable to abrasion, washing, and handling damage. Antistatic performance can degrade significantly over time.

2. Built-in Antistatic Agent (Inline Process)An antistatic additive is blended into the PET resin during extrusion, distributing it evenly throughout the material matrix. This approach is more costly but delivers permanent or semi-permanent antistatic performance that does not rely on a surface layer.

ONE Plastic's antistatic APET uses the built-in (inline) process. The antistatic agent is embedded throughout the sheet, ensuring:

• The antistatic effect does not degrade with abrasion, washing, or repeated use

• Performance remains stable regardless of temperature and humidity fluctuations

• Surface resistance stays within the 10⁹–10⊃1;⊃1; Ω/sq range throughout the product's service life

• No precipitates, dust, or contaminants are released from the surface

ESD Material Classification

Understanding the different levels of ESD protection helps in selecting the right material:

ONE Plastic's antistatic APET falls within the antistatic range (10⁹–10⊃1;⊃1; Ω/sq), making it suitable for the vast majority of electronic component packaging applications.

Technical Specifications

Physical & Mechanical Properties

Compliance with Antistatic Performance Standards

Available Specifications

Applications of Antistatic APET Sheet

Antistatic APET sheet is widely used across industries that handle static-sensitive products. Its combination of ESD protection, high clarity, and excellent thermoformability makes it the preferred material for precision packaging.

Electronics & Semiconductor Packaging

This is the primary application for antistatic APET. The sheet is thermoformed into trays, carriers, clamshells, and covers used to package:

• IC chips and microprocessors

• Printed circuit boards (PCBs)

• Hard disk drives (HDDs) and solid-state drives (SSDs)

• LED components and display modules

• Connectors, sockets, and memory modules

• Camera modules and optical sensors

The permanent antistatic property ensures that no dust falls out when electronic components rub against the tray surface during transport — a critical requirement for high-cleanliness semiconductor packaging.

Medical Device & Pharmaceutical Packaging

Antistatic APET sheets can be used to package sensitive medical devices, diagnostic equipment, and implantable components. The material provides a sterile barrier to prevent contamination while its ESD properties protect sensitive electronic circuits embedded in modern medical devices. FDA compliance makes it suitable for clean room environments. For cold-chain medical packaging that also requires moisture visibility, consider pairing with our anti-fog PET plastic sheet.

Industrial & Automotive Electronics

The automotive, aerospace, and telecommunications industries increasingly rely on antistatic packaging for:

• Automotive ECU (Electronic Control Unit) components

• Aerospace avionics and sensor modules

• Telecommunication base station electronics

• Precision measurement instruments

Material Comparison: Choosing the Right ESD Protection

Selecting the correct ESD packaging material depends on the sensitivity level of your components and your cost/performance requirements.

When to choose Antistatic APET: For the vast majority of electronic components — ICs, PCBs, LEDs, connectors, and consumer electronics — antistatic APET (10⁹–10⊃1;⊃1; Ω/sq) provides sufficient ESD protection at a competitive cost with excellent clarity.

When to choose Conductive APET: For extremely sensitive components such as bare semiconductor wafers, Class 0 ESD-sensitive devices, or applications requiring Faraday cage-like shielding, conductive APET (10⁴–10⁶ Ω/sq) with faster charge dissipation is recommended.

Processing Guidelines

Thermoforming 

Antistatic APET processes on standard thermoforming equipment with parameters similar to standard APET. For more details on thermoforming with our PET materials, see our vacuum forming solutions page.

Note: If the forming temperature exceeds 120°C, the APET may begin to crystallize and lose transparency. Keep processing within the recommended range.

Printing & Coating Compatibility

Storage & Handling

Certifications & Compliance

ONE Plastic's antistatic APET sheet is produced in an ISO 9001 certified facility and complies with the following international standards:

• FDA 21 CFR 177.1315 — Food contact compliant, suitable for food-grade electronics packaging and dual-purpose packaging lines

• RoHS 3.0 — Restriction of hazardous substances in electrical and electronic equipment

• REACH SVHC — Compliant with EU regulation on Substances of Very High Concern

• IEC 61340-5-1 — International electrostatic standard for protection of electronic devices

• ISO 9001 — Quality management system certification

Third-party test reports are available on request, including:

• Surface resistance test report (independent laboratory)

• Migration test report (food safety compliance)

• Aging test report (antistatic durability over time)

Customization & MOQ

ONE Plastic offers flexible customization with MOQ starting from 500 kg — well below the 2,000 kg industry standard.

What We Can Customize

MOQ & Lead Time

Why Order from ONE Plastic

• Factory direct pricing — 20–30% cost savings compared to trading companies

• Low MOQ flexibility — 500 kg minimum for standard specs vs. 2,000 kg industry average

• Fast technical response — Technical support within 4 hours

• Dual certification — FDA (food-grade) + RoHS (electronics-grade) on the same product

• Bilingual support — English and Chinese technical documentation available

Customer Feedback

"ESD damage reduced from 3% to 0.1% after switching to ONE Plastic's antistatic APET. The ROI paid for itself within one quarter."— Electronics Manufacturer, Shenzhen, China

"Consistent surface resistance batch after batch. We've been ordering for over two years and the quality is always reliable."— Semiconductor Packaging Company, Malaysia

"The clarity is excellent — our barcode scanners have no issues reading through the packaging, which saves a huge amount of time on the warehouse floor."— Logistics Provider for Electronics, Germany

Frequently Asked Questions

How long does the antistatic property last?

Our antistatic APET maintains its surface resistance for 12+ months under proper storage conditions (below 30°C, below 60% relative humidity). Because the antistatic agent is embedded throughout the material — not applied as a surface coating — it will not rub off, wash away, or lose effectiveness with normal handling and use.

Is antistatic APET safe for food-contact applications?

Yes. Our antistatic APET is fully compliant with FDA 21 CFR 177.1315 for food-contact use. It is suitable for packaging electronics in food processing environments, or for dual-purpose packaging lines that handle both food and electronic products.

Can antistatic APET be recycled?

Yes. Antistatic APET is recyclable under resin identification code #1 (PET). Because it contains an embedded antistatic additive, we recommend consulting your local recycling facility regarding their acceptance criteria for modified PET resins.

What is the difference between antistatic and conductive APET?

Antistatic APET (surface resistance 10⁹–10⊃1;⊃1; Ω/sq) dissipates static charges gradually, preventing sudden discharge events. It is the right choice for the majority of electronic components.

Conductive APET (surface resistance 10⁴–10⁶ Ω/sq) channels charges away almost immediately and provides a degree of electromagnetic shielding. It is recommended for extremely sensitive components such as bare semiconductor wafers and Class 0 ESD-sensitive devices.

What is the difference between coated and built-in antistatic PET?

Coated antistatic PET has an antistatic agent applied to the sheet surface after extrusion. It is lower in cost but the coating can be damaged by abrasion, moisture, or handling, causing performance to degrade over time.

Built-in (inline) antistatic PET — the type ONE Plastic manufactures — blends the antistatic agent into the resin during extrusion. The performance is permanent, consistent across the entire sheet thickness, and unaffected by surface contact.

Can I get samples before placing a bulk order?

Yes. We provide free A4-size samples (210 × 297mm) for evaluation and testing. For larger trial quantities, contact our sales team and we will arrange a custom sample shipment.

Get Started

Ready to protect your electronic components with reliable antistatic packaging?

• Request Free Sample — A4-size samples shipped within 3 business days

• Get a Custom Quote — Tell us your specifications and we will respond within 24 hours

• Download Technical Data Sheet (TDS) — Full specifications in PDF format

• Speak to a Technical Expert — Contact us via WhatsApp or email for immediate support

Contact: operation@one-plastic.com