ESD Dispenser Bottles

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ESD Dispenser Bottles Specification

Product Type
ESD Dispenser Bottle

Material
Conductive Polyethylene

Application
Dispensing cleaning solutions, solvents, and chemicals in ESD safe environments

Surface Resistance
10^5 to 10^9 Ohms

Usage
Static control dispensing in electronics manufacturing, labs, repair workstations

Output Voltage
<50V

Testing Function
Prevents electrostatic discharge

Trigger Mode
Push-down pump

Detection Method
Surface resistance testing

Size
Available in 180 ml, 250 ml, 500 ml, 1 Liter sizes

Dimension (L*W*H)
Varies by capacity, approx. 60mm x 60mm x 160mm for 250 ml

Weight
Approx. 80g (empty, 250 ml)

Color
Black

Cleanroom Compatibility
ISO Class 5-8 recommended

Cap Type
One-touch pump with stainless steel spring

Lid Material
Conductive polypropylene

Heat Resistance
Temperature tolerant up to 70°C

Bottle Markings
Graduated scale for liquid measurement

Seal Type
Leak-proof, tight-seal lid

Reusability
Reusable and easy to refill

Flame Retardant
No

Chemical Compatibility
Compatible with most industrial solvents and alcohols

RoHS Compliance
Yes

Static Dissipation Time
Less than 2 seconds

About ESD Dispenser Bottles

ESD Dispenser Bottles are specialized containers designed for the safe storage and dispensing of liquids in electrostatic discharge (ESD) sensitive environments. Constructed from anti-static materials, these bottles prevent the buildup of static electricity, reducing the risk of electrostatic discharge that can damage sensitive electronic components. The bottles typically feature a precision dispensing nozzle for controlled application, making them ideal for use with solvents, cleaning agents, and other chemicals. Lightweight and easy to handle, ESD dispenser bottles are essential for maintaining safety and compliance in industries such as electronics manufacturing, cleanrooms, and laboratories.

Enhanced ESD Protection for Critical Applications

These dispenser bottles safeguard your sensitive workspaces by preventing static build-up that could damage electronic components. Their conductive polypropylene lids and conductive polyethylene construction maintain output voltages below 50V, ensuring compliance with electronics manufacturing standards. With surface resistance measured at 10^5 to 10^9 Ohms, they reliably dissipate static within 2 seconds, making them ideal for repair, assembly, and lab environments.

Practical, Durable, and Leak-Proof Design

Designed for convenience and precision, the bottles feature a one-touch pump mechanism and a graduated scale for accurate dispensing. The tightly sealed lids ensure leak-proof storage and easy portability, while heat resistance up to 70C accommodates demanding industrial applications. Reusable and easy to refill, these bottles are available in various sizes to accommodate different needs in any workspace.

FAQs of ESD Dispenser Bottles:

Q: How do the ESD dispenser bottles prevent electrostatic discharge during use?

A: These bottles are made from conductive polyethylene with a conductive polypropylene lid and a stainless steel spring, providing a safe path for static to dissipate. Their surface resistance (10^5 to 10^9 Ohms) ensures electrostatic charges are neutralized in under two seconds, keeping electronic components protected during liquid dispensing.

Q: What types of liquids are compatible with these dispenser bottles?

A: They are designed to dispense a wide range of industrial solvents and alcohols that are commonly used in electronics manufacturing, laboratories, and repair workstations. The materials used can handle most chemicals except those requiring flame-retardant containers.

Q: When should these dispenser bottles be used in a cleanroom environment?

A: These bottles are recommended for use in cleanroom environments with ISO Class 5-8 ratings. Their construction and static control properties help maintain stringent contamination and ESD controls necessary for high-tech assembly and laboratory processes.

Q: Where are these ESD dispenser bottles typically applied?

A: They are widely used on ESD-safe workbenches in electronics manufacturing sites, laboratories, and repair facilities. Ideal for dispensing controlled quantities of cleaning solutions and solvents, they support safe handling near static-sensitive equipment.

Q: What process should I follow to refill and maintain these bottles?

A: To refill, simply unscrew the leak-proof cap and fill the bottle with the desired solution. Regularly clean the bottle with a compatible solvent to ensure longevity and maintain the integrity of the conductive properties. Always reseal tightly after refilling to prevent leaks.

Q: What are the benefits of using graduated scale bottles with tight-seal lids?

A: The graduated scale provides precise liquid measurement, aiding in accurate solution preparation and waste reduction. The tight-seal, leak-proof lid ensures safe storage and minimizes spills, providing convenience and reliability across applications.

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