DISPOSABLE GLOVES FOR ACETONE THAT STOP MID-TASK FAILURES

Acetone is a powerful industrial solvent used in a wide variety of settings. Known chemically as propanone (CH3 COCH3 ), it is a clear, volatile liquid with a characteristic pungent odor. So what is acetone used for? Because of its exceptional ability, it’s mainly used to dissolve oils, greases, resins, adhesives, and other organic compounds, making it indispensable for cleaning, degreasing, and surface preparation. However, acetone is not without hazards. Prolonged or repeated skin contact can cause dryness, irritation, cracking, and dermatitis due to its defatting effect on the skin. Inhalation of vapors may lead to dizziness, headaches, or respiratory irritation, while its high flammability demands careful handling to prevent fire risks. Learn how to handle acetone safely and minimize risks in the workplace.

The common problem: disposable gloves for acetone that fail during tasks

Across many workplaces, disposable nitrile gloves remain the go-to choice for hand protection during chemical handling. They provide excellent barrier properties against many substances, including splashes, and offer good dexterity and comfort. For brief exposures or incidental contact, standard nitrile gloves often perform adequately. Yet, when tasks involve continuous or prolonged handling of acetone; such as wiping down large surfaces, cleaning multiple tools, or degreasing parts over an extended period, these gloves for acetone, typically standard disposable nitrile gloves, frequently fall short. They offer only limited breakthrough time against acetone, often degrading, swelling, or permeating within minutes of sustained contact. This leads to the frustrating and risky need to stop mid-task, remove compromised gloves, and don a fresh pair. The result? Frequent interruptions that disrupt workflow, reduce productivity, and introduce unnecessary risks. Workers may rush changes or, in some cases, continue with damaged gloves, increasing the potential for skin exposure to acetone and related irritants. Oftentimes, workers would layer disposable gloves over industrial gloves to prolong wear time.

When nitrile gloves for acetone fail during tasks, it is seen as more than an inconvenience; it directly affects workplace safety and operational efficiency. When gloves for handling acetone break down prematurely:

• Safety risks escalate
  Compromised barriers allow acetone to reach the skin, leading to irritation, dryness, or more severe dermatitis over time. In high-exposure scenarios, this can contribute to cumulative skin damage and potential absorption concerns.


• Productivity suffers
  Mid-task glove changes force pauses in work, especially in time-sensitive processes like aircraft cleaning or assembly line cleaning. These interruptions accumulate, slowing overall output and extending job completion times.


• Costs rise
  More gloves are consumed per task due to frequent replacements. Add in lost labor time, potential rework from inconsistencies, and indirect expenses from safety incidents, and the financial impact becomes significant.

Standard disposable nitrile gloves simply do not provide adequate protection for extended acetone contact, leaving workers and operations vulnerable.

As a leader in hand protection innovation, Ansell introduces the TouchNTuff 93-800, the first disposable glove on the market designed to resist acetone for at least 15 minutes. This exceptional glove breakthrough time addresses the core pain point of mid-task glove changes by delivering up to 15 times longer acetone resistance compared to standard disposable nitrile gloves.

The glove achieves this performance through an innovative multi-layer design featuring Ansell’s proprietary MICROCHEM™ Chemical Barrier Technology. This advanced design provides Type A chemical resistance under EN ISO 374-1 standards, eliminating the need for multiple glove layers or frequent switches in many applications. The natural rubber latex (NRL) is not in direct contact with the skin, enhancing comfort and reducing allergy concerns.

Beyond superior chemical protection, TouchNTuff 93-800 offers enhanced mechanical performance. Certified to EN388 2110A, it provides reliable abrasion and cut resistance suitable for disposable use. Its vivid orange color improves visibility and supports foreign object detection in critical environments such as in the aerospace industry.

The glove’s flexible formulation delivers improved fit, feel, and dexterity, far superior to standard disposable nitrile gloves while maintaining the comfort expected from a disposable.

The TouchNTuff 93-800 is particularly valuable in industries where acetone is a staple for cleaning and maintenance.

• Aerospace – Aircraft Cleaning
  Cleaning aircraft surfaces, tools, and components with acetone is essential for removing contaminants before painting, bonding, or inspection. TouchNTuff 93-800 allows technicians to complete full cleaning cycles without interruption, maintaining strict quality and FOD protocols while enhancing safety.


• Chemical – Handling & Cleaning
  Handling volatile industrial solvent and cleaning equipment exposed to acetone demands reliable, long-lasting protection. The glove’s extended resistance supports consistent performance during blending, compounding, splash exposure, and equipment maintenance.


• Automotive – Cleaning & Maintenance
  Maintenance teams frequently use acetone for cleaning tools, robots, surfaces, and parts during repairs or assembly. Chemical resistant gloves like TouchNTuff 93-800 reduces downtime from glove changes, improves efficiency in painting prep or degreasing tasks, and provides the flexibility needed for intricate work.

Recommended for chemical handling, equipment cleaning, maintenance, and more, the TouchNTuff 93-800 is a high-risk, antistatic, silicone-free solution that combines durability, comfort, and sustainability. In workplaces where every minute counts and safety cannot be compromised, TouchNTuff 93-800 empowers workers to stay protected throughout the task without the constant need to change gloves.