ConductScience Nitrile Examination Gloves, Medium (1000/case)
$0.65 per unit | 1000 units per pack Powder-free nitrile examination gloves with 4 mil thickness and textured grip, suitable for chemical handling and latex-sensitive environments.
Powder-free nitrile examination gloves designed for laboratory and research applications requiring chemical resistance and latex-free protection. These medium-sized gloves feature 4 mil thickness construction with textured fingertips for enhanced grip during precision handling tasks. The nitrile material provides barrier protection against a wide range of chemicals and biological materials commonly encountered in research environments.
Suitable for chemotherapy drug handling and other hazardous material protocols, these disposable gloves eliminate latex allergy concerns while maintaining tactile sensitivity. Packaged in bulk quantities of 1,000 gloves per case (10 boxes of 100), providing cost-effective protection for high-volume laboratory operations and extended research protocols.
How It Works
Nitrile examination gloves function as a protective barrier through the molecular structure of synthetic nitrile rubber (acrylonitrile-butadiene copolymer). The polymer chains create a flexible yet impermeable membrane that resists permeation by many organic solvents, oils, and biological fluids. The 4 mil thickness provides adequate barrier protection while maintaining tactile sensitivity for precise manipulations.
The textured fingertip surface increases frictional contact area, enhancing grip strength and control when handling wet or smooth surfaces. Powder-free manufacturing eliminates the risk of powder contamination in sensitive applications and reduces the potential for allergic reactions. The absence of natural rubber latex proteins makes these gloves suitable for individuals with latex sensitivities while maintaining chemical resistance properties.
Features & Benefits
Research Domain
- Analytical Chemistry
- Cancer Research
- Cell Biology
- Clinical Diagnostics
- Microbiology
- Pharmaceutical QC
- Toxicology
Weight
- 30.92 kg
Dimensions
- L: 43.2 mm
- W: 36.0 mm
- H: 28.8 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Material Construction | Nitrile (acrylonitrile-butadiene copolymer) | Latex or vinyl alternatives common in laboratory settings | Provides chemical resistance without latex allergy risk while maintaining durability superior to vinyl options |
| Thickness | 4 mil thickness | Standard examination gloves often range from 3-5 mil | Balances protection and dexterity for extended laboratory procedures requiring both safety and precision |
| Surface Texture | Textured fingertips for enhanced grip | Many examination gloves have smooth surfaces | Reduces risk of dropping samples or equipment when handling wet or smooth laboratory materials |
| Powder Content | Powder-free formulation | Some lower-cost gloves contain powder for easier donning | Eliminates contamination risk in sensitive analytical procedures and reduces allergic reaction potential |
| Chemical Compatibility | Suitable for chemotherapy drug handling | Basic examination gloves may not specify cytotoxic compatibility | Enables safe handling of hazardous compounds in pharmaceutical and cancer research applications |
| Bulk Packaging | 1,000 gloves per case (10 boxes of 100) | Smaller package sizes common for general use | Cost-effective supply management for high-volume research laboratories with frequent glove changes |
These nitrile examination gloves combine chemical resistance, latex-free construction, and enhanced grip features in a bulk packaging format. The 4 mil thickness provides robust protection while maintaining tactile sensitivity needed for precision laboratory work.
Practical Tips
Change gloves between different samples or procedures to prevent cross-contamination, even when working with the same compound.
Why: Prevents trace contamination that could compromise analytical results or experimental reproducibility.
Inspect gloves visually before each use and replace immediately if any tears or punctures are detected.
Why: Even microscopic defects can compromise barrier protection against hazardous chemicals or biological materials.
Allow sufficient time for proper glove donning using aseptic technique, especially in sterile work environments.
Why: Rushing the process increases contamination risk and may cause glove damage during application.
Store unopened glove boxes in controlled temperature and humidity conditions away from ozone-generating equipment.
Why: Exposure to heat, UV light, or ozone can degrade nitrile material and reduce barrier effectiveness over time.
Document glove lot numbers when working with sensitive analytical procedures or when traceability is required.
Why: Enables tracking of potential contamination sources if analytical anomalies are detected in results.
If gloves feel loose or baggy during use, switch to a smaller size to maintain proper dexterity and grip.
Why: Oversized gloves reduce tactile feedback and increase the risk of accidents when handling small samples or delicate equipment.
Establish chemical-specific glove change protocols based on breakthrough time data for compounds being handled.
Why: Different chemicals permeate nitrile at different rates, requiring tailored replacement schedules for optimal protection.
Train personnel on proper glove removal technique to avoid contaminating skin or work surfaces during disposal.
Why: Improper removal can transfer contaminants from the glove exterior to skin or clean surfaces, defeating the protective purpose.
Setup Guide
What’s in the Box
- 1,000 nitrile examination gloves
- 10 boxes of 100 gloves each
- Individual glove dispensing boxes
Warranty
ConductScience provides standard warranty coverage against manufacturing defects for examination glove products. Technical support available for product specifications and application guidance.
Compliance
What chemical resistance properties do these nitrile gloves provide?
Nitrile construction provides resistance to many organic solvents, oils, and biological fluids. They are specifically noted as suitable for chemotherapy drug handling. For specific chemical compatibility, consult the chemical resistance chart in the product datasheet.
How does the 4 mil thickness compare to other examination gloves?
4 mil thickness provides a balance between barrier protection and tactile sensitivity. This is thicker than standard 3 mil gloves, offering enhanced protection while maintaining dexterity for precision laboratory tasks.
Are these gloves suitable for sterile cell culture work?
Yes, the powder-free formulation eliminates contamination risk from powder residues. However, these are non-sterile examination gloves. For sterile procedures requiring sterile gloves, additional sterilization or sterile-packaged gloves may be necessary.
What is the shelf life and proper storage for these gloves?
Store in cool, dry conditions below 30°C away from ozone sources and direct sunlight. Consult product packaging for specific expiration dating. Nitrile gloves typically maintain properties for 3-5 years under proper storage conditions.
How do textured fingertips affect performance?
Textured fingertips increase surface area and friction, providing superior grip when handling wet samples, glass surfaces, or smooth laboratory equipment. This reduces the risk of dropping samples or equipment during procedures.
Can these gloves be used with organic solvents commonly used in analytical chemistry?
Nitrile provides good resistance to many organic solvents, but specific compatibility depends on the solvent type, concentration, and contact time. Always verify compatibility through breakthrough testing for critical applications.
What is the difference between examination gloves and surgical gloves for research use?
Examination gloves like these are designed for general protection and handling tasks. They provide adequate barrier protection for most laboratory applications at lower cost than surgical gloves, making them suitable for routine research procedures.
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