ESD × Automotive

ESD Anti-Static Gloves for Automotive Assembly

PharmShield ESD gloves for automotive assembly are static-dissipative, latex-free nitrile gloves built for the electronics-dense modern vehicle line — EV battery-pack and module assembly, ECU, sensor and ADAS handling, and any station where static can damage onboard electronics. They are validated to ANSI/ESD S20.20, IEC 61340-5-1 and EN 1149-1 as part of a static-controlled workflow. The same honest caveat applies as in electronics: dissipative gloves manage static charge, they are not electrical-shock insulation — high-voltage EV work needs dedicated insulating PPE. If you're specifying gloves for a static-controlled automotive line, this is the starting point.

ANSI/ESD S20.20IEC 61340-5-1EN 1149-1DissipativeEV Battery LinesLatex-Free
ESD-dissipative anti-static nitrile gloves for EV battery and automotive electronics assembly, PharmShieldESD · Automotive Assembly
The Requirement

Why automotive assembly needs ESD gloves

Modern vehicles are rolling electronics platforms, and EV and ADAS lines now carry the same static-sensitivity that semiconductor fabs have managed for decades. ESD gloves are one control in a managed line. Ours are engineered against four concerns.

01

Protects onboard electronics

ECUs, sensors, ADAS modules and EV battery-management electronics are static-sensitive. Dissipative gloves reduce charge accumulation at the point of handling, lowering the risk of latent damage that surfaces as a field failure.

02

Built for EV battery & module lines

EV assembly combines static-sensitive electronics with high-throughput handling. Latex-free dissipative nitrile suits these lines, validated to ANSI/ESD S20.20, IEC 61340-5-1 and EN 1149-1 within a grounded workflow.

03

Durable and clean

Automotive handling is mechanical. Nitrile's puncture and abrasion resistance keeps the barrier intact, while silicone-free, low-ionic processing avoids contaminating sensitive electronics and connectors.

04

Dissipative, not insulating — stated plainly

These gloves manage electrostatic charge; they are not rated electrical-shock insulation. High-voltage EV work requires dedicated electrical-insulating gloves to the relevant standard — a distinction we make clear so you specify correctly.

Specifications

Built to the Automotive Assembly spec.

MaterialStatic-dissipative Nitrile (NBR) — 100% latex-free
ESD StandardsAligned to ANSI/ESD S20.20 · IEC 61340-5-1 · EN 1149-1
FunctionStatic-dissipative — manages charge on the line (not electrical-shock insulation)
ApplicationEV battery & module assembly · ECU, sensor and ADAS handling
DurabilityPuncture- and abrasion-resistant for mechanical line handling
CleanlinessSilicone-free · low ionic · powder-free, double-chlorinated
StandardsISO 13485:2016 · ISO 9001:2015 · ASTM D6319
Common Questions

ESD gloves for Automotive Assembly — FAQ

No. ESD anti-static gloves are static-dissipative — they manage electrostatic charge to protect sensitive electronics. They are not electrical-shock insulation. High-voltage EV battery and powertrain work requires dedicated electrical-insulating gloves certified to the relevant standard.

Modern vehicles, and EVs in particular, are packed with static-sensitive electronics — ECUs, sensors, ADAS modules and battery-management systems. Static damage can be latent, surfacing as a field failure, so EV and electronics-dense automotive lines increasingly adopt the ESD controls long standard in semiconductor work.

They are aligned to ANSI/ESD S20.20, IEC 61340-5-1 and EN 1149-1, designed to function as one control within a grounded, static-managed line alongside wrist straps, mats and flooring.

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