gold antistatic multi cavity electronic tray

Gold antistatic multi cavity electronic tray is part of our Thin-Gauge Precision Trays line. The series-level introduction, specifications, applications and FAQ below apply to this model and its related sizes. Custom specifications, materials and branding are available for bulk orders.

Product Overview & Market Intent

Microelectronics, semiconductor and high-end electronics assembly all place the same demand on packaging: the component must not move, and the surface must not carry a charge. gold antistatic multi meets both, and holds its geometry across automated handling, plant transfer and long-haul freight.

The trays are produced in a 100,000-class dust-free cleanroom by a team with over twenty years of OEM/ODM experience. Sheet selection spans anti-static, dissipative and conductive formulations in PS, PET and PVC, and every cavity is cut to a micro-tolerance band that keeps it compatible with automated handling.

Key Product Characteristics

Permanent & Stable ESD Protection (Zero Electrostatic Risk): The anti-static properties are deeply embedded into the plastic sheet matrix, securing long-term stable resistivity (10^6 – 10^9 Ohm for dissipative or 10^3 – 10^5 Ohm for conductive) that won’t fade due to friction, washing, or environmental humidity changes.

Precision CNC Tool-Molded Pockets: Utilizing high-precision CNC tooling, each pocket/cavity is engineered with precise draft angles and tolerances, securing components stay snugly in place without friction damage while allowing rapid mechanical grabbing.

100K Cleanroom Certified Hygiene: Free from airborne dust, oils, or lint fibers, securing that sensitive electronic sensors, lenses, and acoustic parts are protected from microscopic surface contamination.

High-Density Space-Saving Nesting: In the empty state, these thin-walled trays nest cleanly together with minimum clearance, substantially lowering warehouse storage footprint and reducing international ocean freight costs per unit.

On ESD-sensitive lines running gold antistatic multi, hardware & Fine Instrument Storage: Serves as precision custom-slotted storage inserts for multi-part toolkits, micro-screws, and calibration tools in assembly bays. Commercial Applications & Scenarios Automated PCBA & Semiconductor Shipping: Serves as the standardized carrying tray matrix for raw circuit boards, microchips, and motherboard modules passing through high-speed SMT assembly lines. Consumer Electronics & Earphone Inner Liners: Tailored sleek black or custom-colored thin-gauge blister inserts used inside retail packaging for high-end earphones, smartwatches, and smartphone accessories to boost shelf presence. Fragile Medical Electronics Components: Provides secure, clean-room approved compartmentalized tray packaging for precision laboratory sensors and dental equipment pieces.

Technical Specifications

Technical Detail & Industrial Standard: Product Category

ESD Blister Trays / Thin-Gauge Electronic Packaging / Vacuum Formed Inserts: Material Formulation

High-Grade PS (Polystyrene), PET, PVC (Virgin Clear or Solid Matte Finishes): Material Thickness Range

Thin-Gauge Options: 0.5mm, 0.8mm, 1.0mm, to 1.5mm

Conductive: 10^3 – 10^5 Ohm | Dissipative: 10^6 – 10^9 \Ohm$ | Anti-Static: 10^9 – 10^{11} \Ome$

Production Environment: 100,000-Class Dust-Free Cleanroom Production Lines

Core Compliance: RoHS Compliant, REACH Certified, Lead-Free, SGS Laboratory Tested

Customization Capability: Full Custom CAD/3D Sample Engineering, Engraved Part Numbers & Logos

Global Industrial Case Study

The Client: A manufacturer shifting a packaging line from manual to automated handling.

The Challenge: The existing packaging was dimensionally inconsistent, so the denester jammed and the line ran at a fraction of its rated speed.

Our Solution: We tightened the critical dimensions and supplied a trial run of the revised specification so the customer could prove the format on the line before the changeover.

The Outcome: The jamming stopped, the line reached its rated speed, and the customer standardised on the revised specification across the site.

B2B Frequently Asked Questions

Q1: How do dissipative and conductive versions of gold antistatic multi differ in practice?

A: The distinction is the surface resistivity band, not the base resin. Conductive grades sit at 10^3 – 10^5 Ohm and drain a charge almost instantly; dissipative grades sit at 10^6 – 10^9 Ohm and bleed it off in a controlled way. Which one you need depends on how sensitive the device is and how fast your line moves.

Q2: Is gold antistatic multi produced in a controlled cleanroom environment?

A: All static-control trays are moulded, trimmed and packed inside a 100,000-class dust-free area. Airborne dust, oil mist and lint are the main sources of latent field failures on fine-pitch components, and controlling them at the point of packing is cheaper than screening for them later.

Q3: What do you need from us to tool a custom cavity layout for gold antistatic multi?

A: Send a physical sample or a STEP file and our engineering desk returns a cavity layout, draft angles and a 3D-printed fit check. You approve the fit before we cut metal, which keeps tooling risk on our side rather than yours.

Q4: Do the anti-static properties of gold antistatic multi fade with age or repeated washing?

A: No. The anti-static compound is blended into the sheet matrix rather than coated onto the surface, so the resistivity is a property of the material itself. Normal handling, stacking and cleaning do not strip it back.