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Latex finger cots

I have found results from800+products and200+suppliers aboutLatex finger cots

Commonly Used:
US$
Customization Available
Sample Available
Manufacturer First
Product Attributes:
Surgical Supplies Materials
Certification: ISO
Color: White
Function: Breathable
Size: M
Combustible & Explosive Area
Ethylene Oxide Sterilization
Group: Adult
Feature: Disposable
Application: Laboratory
With Logo Printing
Certification: CE
Certification: RoHS
Certification: ISO13485
Color: Yellow
Color: Pink
Color: Blue
Function: Dustproof
Function: Machine washable
Function: Quick dry
Function: Waterproof
Size: L
Size: S
Usage: Computer Room
Electronic Component Maintenance Room
Usage: Printing Workshop
SMT Production Line
Without Ethylene Oxide Sterilization

Sourcing guidance for Latex Finger Cots

How to choose the right grade of Latex Finger Cots for different industrial applications?

Selecting the correct grade depends on the sensitivity of your work environment. For electronics assembly and semiconductor manufacturing, you must prioritize Antistatic (ESD) Finger Cots to prevent electrostatic discharge from damaging sensitive components. For medical or laboratory use, ensure they are powder-free and medical-grade to avoid contamination. In beauty or general industrial tasks, standard industrial-grade cots are sufficient, but always check for thickness (typically 0.08mm - 0.12mm) to balance tactile sensitivity with tear resistance.

What are the key compliance standards and certifications to verify for Latex Finger Cots?

To ensure safety and quality, buyers should verify that suppliers comply with ISO 9001 for manufacturing consistency. For products exported to the US, FDA registration is crucial if used in medical contexts, while CE Marking (EN 455 or EN 420) is required for the European market. If purchasing for cleanrooms, confirm the Cleanroom Class compatibility (e.g., Class 100/ISO 5 or Class 1000/ISO 6) to ensure the product meets low-particle emission requirements.

How can buyers evaluate the material quality and shelf life of latex products?

High-quality latex should have high elasticity (elongation at break > 600%) and a smooth surface without pinholes. Since natural latex is prone to aging, check the production date; the typical shelf life is 6 to 12 months when stored in a cool, dry place away from direct sunlight and ozone. Requesting a sample test for tensile strength and checking for a 'chlorination' process (which reduces surface tackiness and protein allergens) are professional ways to validate quality.

Cross-Border Procurement Considerations for Latex Finger Cots

What are the primary risks when importing latex products from overseas suppliers?

The biggest risk is material degradation during transit, especially in high-temperature shipping containers which can cause latex to become brittle or sticky. Always specify climate-controlled shipping or ensure the packaging includes moisture-absorbent silica gel. Additionally, be aware of latex allergy regulations; some markets have strict labeling requirements for natural rubber latex to warn users of potential allergic reactions.

How should I negotiate with suppliers on Made-in-China.com to ensure transaction security?

When sourcing via Made-in-China.com, prioritize Audited Suppliers who have undergone third-party verification. Use the Secured Trading Service to protect your payments until the goods are confirmed. During negotiation, clearly define the Acceptable Quality Limit (AQL)—usually AQL 1.5 or 2.5 for finger cots—and stipulate that final payment is contingent upon a pre-shipment inspection report.

What logistics strategies are best for shipping bulk orders of finger cots to minimize costs?

Since finger cots are lightweight but high-volume, Sea Freight (LCL - Less than Container Load) is the most economical for bulk orders. However, for urgent stock replenishment, Air Freight is viable but expensive. To optimize costs, ask the supplier to use vacuum packaging, which significantly reduces the physical volume of the cartons, allowing for lower freight charges based on volumetric weight.

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