ConductScience Nitrile Gloves, Small, Powder-Free, Blue (Case of 10)
$62.00 per unit | 10 units per pack Bulk pricing: Case of 10 at $620.00 ($62.00 per unit)
ConductScience Nitrile Gloves provide powder-free, latex-free hand protection for laboratory and research applications. Manufactured from nitrile synthetic rubber, these examination gloves offer chemical resistance and tactile sensitivity required for precise laboratory work. The 4.0 mil thickness provides durability while maintaining dexterity for handling delicate instruments and specimens.
Textured fingertips enhance grip when handling wet or slippery materials, reducing the risk of sample contamination or equipment damage. Blue coloration provides visual contrast against most laboratory materials, facilitating detection of potential contamination or tears. Each case contains 1,000 gloves (100 per box, 10 boxes per case) in small size, suitable for extended laboratory use.
How It Works
Nitrile gloves function as a barrier protection system through the inherent properties of acrylonitrile-butadiene synthetic rubber polymer. The nitrile material forms a flexible membrane that resists penetration by most laboratory chemicals, biological fluids, and particulate matter while maintaining tactile sensitivity through controlled thickness uniformity.
The powder-free manufacturing process eliminates cornstarch residues that can interfere with analytical procedures or cause allergic reactions. Surface texturing on fingertips increases contact surface area and friction coefficient, providing enhanced grip strength when handling smooth or wet surfaces. The absence of natural rubber latex proteins eliminates Type I hypersensitivity reactions common with latex gloves.
Features & Benefits
Research Domain
- Analytical Chemistry
- Cell Biology
- Clinical Diagnostics
- Environmental Monitoring
- Food Science
- Histopathology
- Materials Science
- Microbiology
- Pharmaceutical QC
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 synthetic rubber, latex-free | Natural rubber latex or vinyl polymer construction | Eliminates latex protein allergies while providing better chemical resistance than vinyl options |
| Powder Formulation | Powder-free surface treatment | Many examination gloves include cornstarch powder | Reduces particulate contamination in sensitive analytical procedures and sample preparation |
| Thickness Specification | 4.0 mil consistent thickness | Thickness varies from 3-6 mil across product ranges | Balances puncture protection with tactile sensitivity for precise laboratory manipulations |
| Surface Texture | Textured fingertips for enhanced grip | Smooth surface or full-hand texturing | Provides grip enhancement only where needed while maintaining smooth palm areas for comfort |
| Color Identification | Blue coloration for contrast visibility | Clear, white, or limited color options | Enables rapid visual detection of tears or contamination against typical laboratory materials |
These nitrile gloves offer powder-free, latex-free protection with 4.0 mil thickness and selective fingertip texturing. The blue coloration and examination-grade quality provide reliable barrier properties for diverse laboratory applications while minimizing contamination risks.
Practical Tips
Change gloves between different samples or procedures to prevent cross-contamination, even if gloves appear intact.
Why: Chemical or biological residues may remain on glove surfaces despite visual cleanliness
Inspect gloves before use for manufacturing defects, tears, or punctures, particularly at fingertips and stress points.
Why: Pre-existing defects compromise barrier protection and may not be visible during normal handling
Store unused gloves away from ozone sources, UV light, and temperatures above 80°F to prevent material degradation.
Why: Environmental factors accelerate nitrile polymer breakdown, reducing barrier effectiveness and shelf life
Use proper donning technique by grasping cuff area and avoiding contact with outer glove surfaces.
Why: Maintains aseptic conditions and prevents pre-contamination of glove surfaces that will contact samples
If gloves feel tight or restrict movement, verify correct size selection rather than stretching during use.
Why: Over-stretching increases tear risk and may compromise barrier integrity at stress concentration points
Document glove lot numbers when working with trace analysis or when contamination could affect results.
Why: Enables traceability if analytical interference or contamination issues are discovered post-analysis
Remove gloves carefully by grasping the cuff and peeling inside-out to avoid skin contact with contaminated surfaces.
Why: Proper removal technique prevents transfer of contaminants from glove exterior to hands or environment
Setup Guide
What’s in the Box
- 10 dispenser boxes of nitrile gloves
- 100 gloves per dispenser box
- Total 1,000 gloves per case
- Product documentation (typical)
Warranty
ConductScience provides standard warranty coverage for manufacturing defects under normal storage and handling conditions. Technical support available for proper selection and application guidance.
Compliance
What chemical compatibility does nitrile provide compared to latex or vinyl gloves?
Nitrile offers superior resistance to oils, greases, and many organic solvents compared to latex. It provides better puncture resistance than vinyl while maintaining flexibility. However, nitrile may degrade when exposed to ketones, aldehydes, or chlorinated solvents.
How does the 4.0 mil thickness affect dexterity for fine laboratory work?
The 4.0 mil thickness balances protection with tactile sensitivity. It provides adequate barrier properties while allowing sufficient dexterity for pipetting, slide handling, and instrument manipulation typical in laboratory settings.
What is the shelf life and proper storage for these gloves?
Nitrile gloves typically maintain integrity for 3-5 years when stored in cool, dry conditions away from ozone, UV light, and extreme temperatures. Avoid storage near heat sources or in direct sunlight.
Are these gloves suitable for cleanroom environments?
The powder-free formulation reduces particulate shedding, making them more suitable for controlled environments than powdered alternatives. However, consult specific cleanroom classification requirements for acceptability.
How do textured fingertips affect sample handling?
Textured surfaces provide enhanced grip when handling wet or smooth materials but may increase surface area that could retain contaminants. Consider smooth gloves when working with samples sensitive to surface texture.
What disposal considerations apply to used nitrile gloves?
Dispose according to waste stream of materials contacted. Gloves exposed to biological materials require biohazard waste disposal. Chemical-exposed gloves may require hazardous waste protocols depending on substances handled.
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