Electronics Gloves for Assembly, PCB & Semiconductor Lines
PharmShield electronics gloves are ESD-safe, silicone-free nitrile gloves built for electronics manufacturing and assembly — PCB handling, semiconductor and cleanroom lines where particulate, static and ionic contamination ruin yield. Ultra-low particle count, zero silicone transfer, anti-static handling, batch-traceable, AQL 0.65.
What Electronics Manufacturing Requires
Ultra-Low Particle Count
Extractable particulate levels validated per batch. Critical for semiconductor fabrication where even microscopic contamination can destroy an entire wafer.
ESD-Safe Handling
Electrostatic discharge safe for handling sensitive electronic components. Validated surface resistivity ensures your components stay protected throughout assembly.
Zero Silicone Content
No silicone or silicone-adjacent content — critical for electronics assembly where silicone contamination causes soldering defects, coating failures, and adhesion problems.
ESD-Safe & Anti-Static Handling
Our anti-static nitrile gloves are static-dissipative — engineered with validated surface resistivity so they bleed off the charge that builds up during handling, protecting static-sensitive components on PCB and semiconductor lines. This is contamination and yield control, not electrical-shock protection: ESD-safe gloves dissipate static, they do not insulate against live current.
For static-critical stations and dedicated ESD hand gloves, explore our full ESD / anti-static range.
In semiconductor fabrication, a single particle on a wafer can cascade into millions of dollars in defective chips. Glove quality at this level isn't a consumable — it's infrastructure.
Electronics Industry Standard
Based on Semiconductor Cleanroom Requirements
Products Built for You
Electronics Gloves by Application
Electronics Gloves — FAQ
Standard nitrile gloves are not inherently anti-static. PharmShield's anti-static nitrile gloves are specially formulated to be static-dissipative — they have controlled surface resistivity that lets electrostatic charge bleed away safely rather than discharging into a sensitive component. Note that static-dissipative means they control static buildup for contamination and yield protection; they are not electrical-shock insulation. See the ESD / anti-static range →
Electronics manufacturing uses low-particulate, silicone-free, ESD-safe nitrile gloves. They keep particulate, fingerprints and ionic residues off boards and wafers, contain no silicone (which causes soldering and coating defects), and are static-dissipative to protect sensitive components during assembly.
Yes. PharmShield electronics gloves contain no silicone or silicone-adjacent content. Silicone transfer from gloves is a leading cause of soldering defects, coating-adhesion failures and surface contamination on electronics, so zero-silicone construction is essential for assembly and cleanroom lines.
ESD-safe performance is measured by surface resistivity — our anti-static nitrile gloves fall in the static-dissipative range, so charge drains away in a controlled way. They are validated against standards such as ANSI/ESD S20.20, IEC 61340-5-1 and EN 1149-1. This dissipative behaviour controls static for yield protection; it does not insulate against electric shock.
Yes — they are manufactured powder-free with low particulate and ionic cleanliness suitable for cleanroom electronics work, the same contamination-control discipline used in our pharmaceutical cleanroom gloves. Cleanroom-packed electronics-grade options are part of our upcoming electronics line (see availability below).
Our dedicated electronics-grade cleanroom line is coming in Q3 2026 while we confirm full cleanroom capability. In the meantime, our anti-static sterile nitrile and powder-free silicone-free nitrile are available today for electronics assembly. Contact us for early access, specifications and sampling.
How We Serve Your Industry
Consultation
Cleanroom classification and ESD requirements mapping
Sample Testing
Particle count and resistivity validation
Customisation
Cleanroom packaging and specification matching
Certification
Full cleanroom compatibility documentation
Supply Partnership
Reliable supply with per-batch validation data
Consultation
Cleanroom classification and ESD requirements mapping
Sample Testing
Particle count and resistivity validation
Customisation
Cleanroom packaging and specification matching
Certification
Full cleanroom compatibility documentation
Supply Partnership
Reliable supply with per-batch validation data
Electronics-Grade Products — Coming Q3 2026
We're confirming our cleanroom capabilities for electronics-grade requirements. Contact us for early access and specification discussions.