Clean Room Treatments, Cleaners, Wipes

Image Part Number Description / PDF Quantity Rfq
826-450G

826-450G

MG Chemicals

STATIC OFF ANTISTATIC FOAM SPRAY

5

7001

7001

ACL Staticide, Inc.

HAND LOTION ESD DISSIPATIVE

306

2PLDES150

2PLDES150

SCS

DESICCANT 2 PLAST BAG 150PC PAIL

8

RF500

RF500

Brady Corporation

MA01 RF500, PAD, 15"X19", LGT, 1

0

13844

13844

EMIT

DESICCANT PAK PAIL 300

55

2001

2001

ACL Staticide, Inc.

GEN PURPOSE STATICIDE 1 GALLON

18

13843

13843

EMIT

DESICCANT PAK CASE 450

57

SIP125P1664

SIP125P1664

ITW Chemtronics (Chemtronics)

STATICFREE MAT&BENCHTOP RECOND

56

48888

48888

Protektive Pak

DESICCANT MONT CLAY 2X4" 300PC

55

48884

48884

EMIT

DESICCANT PAK 1 UNIT 500 BOX

0

4800-5

4800-5

ACL Staticide, Inc.

STATICIDE ULTRA II FLR FNSH 5 GL

0

ANTISTAT1QT

ANTISTAT1QT

SCS

STATICIDE GENERAL PURPOSE QUART

4

8409MF

8409MF

ACL Staticide, Inc.

WIPE NONWOVEN MICROFIBER 9"X9" 1

10

6259

6259

ITW Chemtronics (Chemtronics)

WIPES DRY CRITICAL TASKS 150/BAG

0

2006

2006

ACL Staticide, Inc.

STATIC SENTRY 12 OZ / 340 G AERO

25

2357-100

2357-100

Techspray

TECHCLEAN TWILLWIPE, 100% COTTON

54

46051

46051

EMIT

COND ACRYLIC FL PAINT LTGRY 5GAL

0

824-WX500

824-WX500

MG Chemicals

WIPES PRE-SAT ELECTRONICS 500PCS

25

1/6PLDES1200

1/6PLDES1200

SCS

1/6 U PLASTIC DESI 1200/PAIL

5

1756-8S

1756-8S

Techspray

LICRON CRYSTAL ESD SAFE COATING

64

Clean Room Treatments, Cleaners, Wipes

1. Overview

Cleanroom products are specialized materials designed to maintain contamination control in controlled environments. Static control and ESD (Electrostatic Discharge) protection products prevent damage from static electricity, while cleanroom treatments, cleaners, and wipes ensure particulate and microbial contamination removal. These products are critical in semiconductor manufacturing, pharmaceuticals, aerospace, and biotechnology industries where nanoscale precision and sterility are required.

2. Main Types and Functional Classification

TypeFunctionalityApplications
ESD MatsDissipate static charges from personnel/equipmentElectronics assembly lines
IonizersNeutralize static charges in non-conductive materialsPhotolithography processes
Conductive WipesRemove particles while preventing static buildupOptical component cleaning
pH-Neutral CleanersRemove organic/inorganic contaminants without surface damageMedical device manufacturing

3. Structure and Composition

Cleanroom wipes typically use nonwoven synthetic fibers (e.g., polyester, nylon) with edge-binding technology to prevent fiber shedding. Cleaners contain deionized water, surfactants, and chelating agents. ESD products incorporate conductive polymers or carbon additives. Surface treatments often use perfluoropolyether (PFPE) coatings for low particle adhesion.

4. Key Technical Specifications

ParameterRequirementSignificance
Surface Resistivity10^6-10^9 /sqESD protection efficiency
Particle Release<1000 particles 0.5 m/cm Cleanroom classification compliance
Non-Volatile Residue<1mg/m Prevents optical/electronic interference
pH Range5.5-7.5Material compatibility assurance

5. Application Areas

  • Semiconductor: Wafer handling, photomask cleaning
  • Pharmaceutical: Aseptic filling line maintenance
  • Aerospace: Precision sensor contamination control
  • Medical Devices: ISO Class 7 cleanroom operations

6. Leading Manufacturers

ManufacturerKey ProductFeatures
3MScotch-Wel ESD WipesCarbon-impregnated polyester matrix
HoneywellMaxGuard Cleanroom CleanerLow VOC, fast-evaporating formula
Kimberly-ClarkKimWipes CR-TX10099.99% particle removal efficiency

7. Selection Guidelines

Consider chemical compatibility with target surfaces, required cleanliness class (ISO 14644-1), ESD protection level (IEC 61340-5-1), and regulatory certifications (FDA, REACH). For critical processes, perform particle extraction testing using scanning electron microscopy.

8. Industry Trends

Key developments include: - Nanoparticle-enhanced cleaning formulations - Self-diagnostics ESD materials with embedded sensors - Biodegradable wipes using polylactic acid (PLA) - AI-powered contamination monitoring systems integration

Case Study: In a 5nm semiconductor fab, implementation of PFPE-coated wipes reduced particle defects by 47% while maintaining surface resistivity below 10^8 /sq.

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