Menda Dissipative ESD Cleaning Brush, 3/4" Hard Yellow Nylon Bristles, Flat Handle – 36094
Remove dust, dirt, and stubborn loose debris from printed circuit boards and other static-sensitive electronic assemblies with this dissipative ESD cleaning brush. Designed for professional electronics manufacturing, repair, and maintenance, it combines hard yellow nylon bristles with a conductive polypropylene handle for effective cleaning in electrostatic discharge (ESD) protected environments.
Conventional brushes can generate electrostatic charges as their bristles move across electronic surfaces. These charges can present a risk to sensitive components during cleaning and rework. The static-dissipative bristles are designed to reduce charge generation, making this brush a practical choice for workstations where electrostatic control is important.
The brush features hard yellow Nylon 6.12 bristles with a 3/4-inch cleaning width. The firm bristle construction provides a more aggressive brushing action than soft-bristle alternatives, making it useful for removing dust, dirt, and loose debris from compatible circuit board surfaces.
Its flat handle is manufactured from carbon-loaded conductive polypropylene. The conductive handle provides a path for electrostatic charge when the brush is used by properly grounded personnel. Unlike wooden handles, whose electrical properties can vary with humidity, carbon-loaded polypropylene provides more consistent conductive characteristics.
The yellow bristles are easy to identify against many electronic assemblies and work surfaces. Their distinctive color also helps technicians recognize loose bristles or other foreign object debris during inspection.
The bristles are manufactured from permanently dissipative Nylon 6.12 filament. Because the dissipative characteristics are incorporated into the filament rather than applied as a surface coating, there is no topical antistatic coating to peel away during normal use.
The brush is also compatible with isopropyl alcohol (IPA), allowing it to be used for suitable solvent-assisted cleaning applications when the electronic assembly and cleaning procedure permit.
With a specified resistance from 1 × 10⁹ to less than 1 × 10¹¹ ohms, this brush is particularly useful for applications where static-dissipative bristles are preferred over fully conductive bristles.
Features & Benefits
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Static-Dissipative ESD Bristles: Designed to reduce electrostatic charge generation during electronics cleaning.
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Hard Yellow Nylon Bristles: Provide firm brushing action for removing dust, dirt, and loose debris.
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3/4" Brush Width: Convenient for cleaning targeted areas of printed circuit boards and electronic assemblies.
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Nylon 6.12 Filament: Durable, resilient material with good abrasion resistance.
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Permanently Dissipative Bristles: Dissipative properties are incorporated into the filament rather than applied as a coating.
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Conductive Polypropylene Handle: Carbon-loaded construction supports electrostatic charge control.
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Flat Handle Design: Provides a practical grip for controlled brushing.
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Specified Resistance: 1 × 10⁹ to less than 1 × 10¹¹ ohms.
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ESD-Control Applications: Suitable for cleaning static-sensitive assemblies when used with proper grounding procedures.
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IPA Compatible: Can be used with isopropyl alcohol for appropriate cleaning applications.
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High-Visibility Yellow Bristles: Help technicians identify foreign object debris.
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Abrasion-Resistant Filament: Designed for repeated brushing applications.
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ESD Protective Symbol: Handle is marked for identification as an ESD-control tool.
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Single-Head Configuration: One cleaning head with firm nylon bristles.
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Reusable Construction: Suitable for repeated professional cleaning and maintenance.
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Made in Israel: Manufactured in Israel.
Specifications
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Brand: Menda
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Manufacturer Part Number: 36094
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SKU: 36094
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Product Type: Dissipative ESD Cleaning Brush
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Brush Configuration: Single Head
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Bristle Material: Type 6.12 Nylon Filament
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Bristle Color: Yellow
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Bristle Firmness: Hard
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Brush Width: 3/4" (Approximately 19 mm)
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Bristle Electrical Classification: Static-Dissipative
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Handle Material: Carbon-Loaded Polypropylene
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Handle Style: Flat
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Handle Electrical Classification: Conductive
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Resistance Range: 1 × 10⁹ to Less Than 1 × 10¹¹ Ohms
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Resistance Test Method: Modified ANSI/ESD S4.1
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Handle Length: Approximately 5.20" (132.1 mm)
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IPA Compatible: Yes
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ESD Protective Symbol: Yes
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Package Quantity: 1 Brush
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Country of Origin: Israel
Ideal For
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Printed circuit board cleaning
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Electronics manufacturing workstations
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ESD-protected assembly areas
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Electronics repair and rework
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Removing dust from circuit boards
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Cleaning loose soldering and rework debris
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Removing foreign object debris
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Precision electronics maintenance
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Circuit board inspection preparation
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Static-sensitive component cleaning
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Technical laboratories
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Electronics service departments
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Cleaning accessible areas around electronic components
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Workstations requiring dissipative cleaning tools
Static-Dissipative Bristles for ESD Control
Electrostatic discharge can damage sensitive electronic components during manufacturing, cleaning, and repair.
Ordinary cleaning brushes can accumulate electrostatic charge through friction between the bristles and the surface being cleaned.
Menda 36094 uses permanently dissipative nylon bristles to help control this charge generation.
The specified resistance range is 1 × 10⁹ to less than 1 × 10¹¹ ohms, tested according to a modified ANSI/ESD S4.1 method.
Dissipative bristles are particularly useful when an electronic assembly may already be holding a charge and Charged Device Model (CDM) concerns are important.
When used by properly grounded personnel in an appropriate ESD-protected area, the brush supports controlled cleaning practices.
The brush should be used as part of a complete ESD-control program rather than as a replacement for personnel grounding or other required precautions.
Hard Yellow Nylon 6.12 Bristles
The brush features hard yellow bristles manufactured from Nylon 6.12 filament.
Nylon 6.12 is known for its resilience, durability, and abrasion resistance, making it suitable for repeated brushing applications.
The firm bristles provide more mechanical cleaning action than softer brushes.
This makes them useful for removing loose debris from compatible surfaces where additional brushing firmness is beneficial.
The hard-bristle configuration should be used carefully around fragile components, fine wires, delicate coatings, and easily damaged surfaces.
For especially sensitive assemblies, a softer brush may be more appropriate.
Permanently Dissipative Filament
The dissipative properties are incorporated into the nylon filament itself.
This differs from brushes that rely on a topical antistatic coating.
Because the dissipative additive is part of the filament, there is no surface coating to peel away during ordinary brushing.
This construction supports consistent ESD-control characteristics during normal use.
The brush should still be inspected regularly for physical damage, contamination, or excessive wear.
Conductive Carbon-Loaded Polypropylene Handle
The flat handle is manufactured from conductive polypropylene containing carbon.
This material provides a path for electrostatic charge when the brush is handled by appropriately grounded personnel.
Unlike wooden brush handles, which can change their electrical behavior as humidity changes, conductive polypropylene is less dependent on environmental moisture.
The flat handle also provides a convenient gripping surface for controlled brushing motions.
An ESD protective symbol identifies the brush as a tool intended for electrostatic-control applications.
3/4-Inch Cleaning Width
The brush has a nominal cleaning width of 3/4 inch, approximately 19 mm.
This width provides a useful balance between surface coverage and access to targeted cleaning areas.
It is suitable for removing debris from accessible sections of printed circuit boards and other compatible electronic assemblies.
For very narrow spaces or densely populated circuit boards, a smaller precision brush may be preferable.
For large open surfaces, a wider brush may provide faster coverage.
High-Visibility Yellow Bristles
The bright yellow bristles are easy to distinguish from many common electronic components and circuit board surfaces.
This makes the brush easy to identify at a workstation.
The distinctive color also helps technicians recognize loose bristles or foreign object debris during visual inspection.
Maintaining a clean work area is particularly important in electronics manufacturing, where unwanted particles can interfere with assembly and inspection.
IPA-Compatible Cleaning
Menda specifies that the brush can be used with isopropyl alcohol.
This allows the brush to be incorporated into suitable solvent-assisted cleaning procedures.
IPA is commonly used in electronics maintenance for removing certain contaminants from compatible surfaces.
Before cleaning, verify that the selected IPA formulation is appropriate for the electronic assembly, coatings, adhesives, plastics, and other materials involved.
Follow the solvent manufacturer's Safety Data Sheet and workplace handling requirements.
Use appropriate ventilation and keep flammable cleaning liquids away from ignition sources.
Do not assume compatibility with other solvents solely because the brush is suitable for IPA.
Hard vs. Soft ESD Brushes
Different electronics cleaning tasks benefit from different bristle characteristics.
Hard-bristle brushes provide firmer mechanical action for removing loose debris from compatible surfaces.
Soft-bristle brushes provide a gentler brushing action for dusting and cleaning more delicate areas.
Menda 36094 features hard yellow dissipative bristles.
For applications requiring a soft conductive brush with a wider head, Menda 36092 offers a different cleaning configuration.
Select the brush according to the surface being cleaned, the type of contamination, and the sensitivity of the assembly.
ESD-Safe Cleaning Practices
Use the brush in an established ESD-protected area whenever cleaning static-sensitive electronic assemblies.
Ensure personnel are properly grounded according to the facility's ESD-control procedures.
Disconnect power from equipment before cleaning unless an approved service procedure specifically requires otherwise.
Use controlled brushing motions and avoid excessive pressure.
Do not force the bristles against fragile connections, fine wires, or sensitive component surfaces.
Remove loosened debris using an appropriate cleaning or collection method.
Inspect the assembly after cleaning to ensure no loose bristles or foreign object debris remain.
Care and Maintenance
Inspect the bristles regularly for wear, damage, or contamination.
Remove accumulated debris after use.
If cleaning the brush itself is necessary, use a method compatible with Nylon 6.12 and polypropylene.
The brush may be used with IPA when appropriate, but exposure to other chemicals should be evaluated before use.
Avoid excessive heat and conditions that could deform the bristles or handle.
Allow the brush to dry completely before storage.
Store it in a clean location where the bristles will not be crushed.
Replace the brush if the bristles become excessively worn, damaged, or contaminated.
Frequently Asked Questions
What is Menda 36094?
It is a static-dissipative ESD cleaning brush with hard yellow Nylon 6.12 bristles, a 3/4-inch brush width, and a flat conductive polypropylene handle.
What is the brush used for?
It is designed for removing dust, dirt, and loose debris from printed circuit boards and other static-sensitive electronic assemblies.
Is this brush ESD-safe?
Yes. It is designed for use in appropriate ESD-protected environments when handled according to proper grounding procedures.
Are the bristles conductive or dissipative?
The yellow nylon bristles are static-dissipative. The handle is conductive.
What is the bristle material?
The bristles are manufactured from Nylon 6.12 filament.
Are the bristles soft or hard?
This model features hard bristles.
What color are the bristles?
They are yellow.
What is the brush width?
The nominal brush width is 3/4 inch, approximately 19 mm.
What is the handle made from?
The handle is manufactured from carbon-loaded conductive polypropylene.
Is the handle conductive?
Yes. It is designed to provide conductive properties for ESD-control applications.
What is the specified resistance range?
The specified resistance is 1 × 10⁹ to less than 1 × 10¹¹ ohms.
Which resistance test method is used?
The resistance is tested according to a modified ANSI/ESD S4.1 method.
Are the dissipative properties permanent?
The dissipative characteristics are incorporated into the nylon filament rather than applied as a topical coating.
Can the dissipative coating peel off?
There is no topical dissipative coating to peel away.
Can this brush be used on printed circuit boards?
Yes. PCB cleaning is one of its primary applications.
Can it remove dust from electronic components?
Yes. It is designed to remove dust and loose debris from compatible electronic assemblies.
Can it remove soldering debris?
It can help remove loose soldering and rework debris from compatible surfaces.
Can it remove hardened flux residue?
Some residues may require an appropriate cleaning solvent or a different cleaning method. The brush is not guaranteed to remove every type of hardened residue.
Can it be used with isopropyl alcohol?
Yes. Menda specifies that the brush is compatible with IPA.
Can it be used with other solvents?
Compatibility with other solvents should be verified before use.
Why are the bristles yellow?
The high-visibility color helps technicians identify the brush and recognize foreign object debris.
Why use a dissipative brush instead of a conventional brush?
Dissipative brushes are designed to reduce electrostatic charge generation during cleaning of sensitive electronic assemblies.
When are dissipative bristles preferred?
They are useful when an assembly may already be charged and Charged Device Model (CDM) concerns are important.
Does the brush need to be used by grounded personnel?
Yes. Proper grounding is important for effective ESD-control practices.
Does the handle's conductivity depend on humidity?
The carbon-loaded polypropylene handle is less dependent on humidity than conventional wooden handles.
Is this suitable for electronics manufacturing?
Yes. It is designed for electronics manufacturing, assembly, repair, and maintenance applications.
Can it be used in an ESD-protected area?
Yes. It is intended for appropriate ESD-controlled workstations.
Can it be used on delicate components?
Use caution. The hard bristles provide firm cleaning action and may not be appropriate for very fragile surfaces or components.
What is the difference between Menda 36094 and 36092?
Menda 36094 has hard yellow dissipative nylon bristles with a 3/4-inch cleaning width. Menda 36092 has soft black conductive nylon bristles with a 2-inch cleaning width.
Is the brush reusable?
Yes. It is designed for repeated cleaning use when properly maintained.
How should it be stored?
Store the brush in a clean location that protects the bristles from deformation and contamination.
How many brushes are included?
One brush is included.
Where is Menda 36094 manufactured?
It is made in Israel.
| SKU: | 36094 |
| UPC: | 363674112838 |
| Brand: | Menda |
| MPN: | 36094 |
| Made In: | United States |
