Ergodyne 9003 ProFlex Lightweight Anti-Vibration Gloves

The Ergodyne ProFlex 9003 Certified Lightweight Anti-Vibration Gloves are EN ISO 10819:2013 certified anti-vibration gloves in a lightweight fine-knit construction — providing verified vibration attenuation through a chloroprene rubber palm pad in a thin 10-gauge cotton-nylon knit shell that preserves tactile sensitivity and dexterity alongside vibration protection, for workers who use vibrating power tools in operations where the heavier construction of full anti-vibration gloves would unacceptably reduce hand feel, grip precision, or dexterity required by the task. ISO 10819:2013 certification means the 9003 has been independently tested and verified to meet the international anti-vibration glove standard for vibration transmissibility in both the M-weighted (medium frequency) and H-weighted (high frequency) test ranges, providing documented protection factor data for vibration exposure program compliance. The lightweight fine-knit design addresses the practical compliance challenge of anti-vibration glove programs — heavier AV gloves with thick padding provide maximum vibration attenuation but reduce the tactile feedback and precision that workers using hand tools, doing assembly work, or performing operations requiring fine motor control need to perform their tasks safely and accurately. The 9003 balances certified vibration attenuation with the light construction that supports sustained practical compliance among workers in tool-use operations where dexterity is a job requirement.

Ergodyne ProFlex 9003 Certified Lightweight Anti-Vibration Gloves — Key Features

• ISO 10819:2013 certified — verified vibration transmissibility meeting international anti-vibration glove standard
• Chloroprene rubber palm pad — vibration-absorbing rubber in the palm strike zone
• 10-gauge cotton-nylon knit shell — fine, lightweight knit for preserved dexterity and tactile feedback
• Lightweight construction — reduces dexterity compromise compared to heavier AV glove designs
• EN ISO 10819 compliant — suitable for EU and international vibration exposure programs

Specifications

Lightweight AV Gloves: Certified Protection with Dexterity Preservation

Anti-vibration glove programs in industries requiring both vibration protection and precision hand work — assembly operations, grinding with dimensional tolerances, die grinding and finishing, detailed fabrication — face a compliance tension: heavier AV gloves with thicker padding provide better vibration attenuation but reduce the tactile feedback workers need for quality control in precision operations. Workers who cannot feel their work adequately may remove their gloves to complete precision tasks, creating unprotected vibration exposure during the precise tool operation phases that often require the most sustained tool contact. The 9003 addresses this tension with a fine 10-gauge knit shell that maintains a thin material layer between the hand and the tool, preserving significantly more tactile sensitivity than heavier woven or padded AV glove constructions, while the chloroprene rubber palm pad provides the vibration attenuation necessary to meet the ISO 10819 certification standard. Workers are more likely to maintain consistent glove wear through precision operations in the 9003 than in heavier alternatives, improving actual vibration protection compliance over the full workday.

Chloroprene Rubber Palm Pad: Vibration Absorption in the Contact Zone

Chloroprene rubber (neoprene) is a synthetic elastomer with vibration-damping properties resulting from its viscoelastic material characteristics — it deforms under stress and dissipates the mechanical energy of vibration as heat rather than transmitting it through the material. The chloroprene rubber palm pad in the 9003 is positioned in the palm contact zone where tool handles transmit vibrational energy to the hand during gripping and operation. The pad absorbs and attenuates this vibrational energy before it reaches the palm skin and underlying structures. ISO 10819 testing quantifies this attenuation across the M and H frequency ranges relevant to the vibration spectra of common hand tools, providing the certification data that verifies the pad's performance meets the standard's transmissibility requirements under standardized test conditions.

Compliance and Certifications

• ISO 10819:2013 — Mechanical vibration and shock — hand-arm vibration (international standard)
• OSHA 29 CFR 1910.138 — Hand protection requirements

Real-World Benefits

Certified vibration attenuation in a lightweight glove maintains documented AV protection for workers in dexterity-sensitive operations. Workers in assembly, die grinding, finishing, and precision tool operations wear the 9003 consistently through precision tasks that heavier AV gloves discourage, improving the actual daily vibration dose reduction compared to heavier designs with higher theoretical attenuation that are removed for precision work.

ISO 10819 certification provides documented transmissibility data for vibration program compliance reporting. Safety managers can reference the ISO 10819 transmissibility data in vibration exposure calculations and HAVS prevention program documentation, supporting the program compliance requirements of vibration monitoring programs in EU, international, and US operations that reference ISO 10819.

Lightweight fine-knit construction reduces the heat accumulation and fatigue associated with heavier AV glove designs in sustained-wear operations. Workers wearing gloves throughout full shifts in warm industrial environments experience less hand fatigue and heat accumulation with the 10-gauge fine-knit 9003 compared to padded or heavier-shell AV alternatives, supporting full-shift wear compliance.

Applications and Use Cases

• Die grinding and precision finishing operations — certified lightweight AV for die grinders, Dremel-type tools, and precision rotary tool operators who need vibration protection without sacrificing the tactile feedback required for quality surface finish control
• Orbital sander and fine surface finishing — ISO 10819 certified protection for finishing operations using orbital and random-orbit sanders where tactile feedback guides pressure and coverage quality
• Assembly operations with vibrating tools — lightweight AV for assembly line workers using electric screwdrivers, impact tools, and vibrating hand tools in dexterity-sensitive assembly tasks

Related Products

For certified AV gloves with wrist support, see Ergodyne 9012 ProFlex Anti-Vibration Gloves with Wrist Support. For certified full-finger AV gloves, see Ergodyne 9002 ProFlex Full-Finger Anti-Vibration Gloves. For lightweight AV without certification, see Ergodyne 9000 ProFlex Lightweight Anti-Vibration Gloves. Browse the complete Hand Protection collection.

Frequently Asked Questions

Is ISO 10819 certification the same as ANSI/ASA S2.73 certification?

ISO 10819:2013 and ANSI/ASA S2.73-2014 are closely related and harmonized standards for anti-vibration glove testing, with ANSI/ASA S2.73 being the US national standard adopted from ISO 10819. Both measure vibration transmissibility in M-weighted and H-weighted frequency bands. A glove certified to ISO 10819 meets the same performance requirements as ANSI/ASA S2.73 for practical purposes. Some US vibration programs specifically reference ANSI/ASA S2.73; others accept ISO 10819. If your program specifically requires ANSI/ASA S2.73 certification by name, verify with the glove certification documentation which standards are covered. For programs referencing ISO 10819 or accepting international certification, the 9003 ISO 10819 certification is appropriate.