Chemicals, Cleaners

Part Number	Description / PDF	Quantity
404B-340G MG Chemicals	CONTACT CLEANER WITH SILICONES	8
401B-340G MG Chemicals	NU-TROL CONTROL CLEANER	6
403A-400G MG Chemicals	FREEZE SPRAY ELECTRONICS 14 OZ	54
402A-450G MG Chemicals	DUSTER ELECTRONICS 16 OZ	16
8361A-P MG Chemicals	LABEL AND ADHESIVE REMOVER	13
402A-285G MG Chemicals	DUSTER ELECTRONICS 10 OZ	91
411-300G MG Chemicals	SOLVENT ELECTRONICS 10.5 OZ	19
403A-285G MG Chemicals	FREEZE SPRAY ELECTRONICS 10 OZ	29
801C-P MG Chemicals	CONTACT CLEANER CONTACTS 10ML	21
409B-140G MG Chemicals	ELECTROSOLVE CONTACT CLEANER	0
801B-125G MG Chemicals	CLEANER CONTACTS 4.5 OZ	10
402AR MG Chemicals	DUSTER ELECTRONICS 10 OZ	0
409B-340G MG Chemicals	CLEANER CONTACTS 12 OZ	75
8241-110 MG Chemicals	IPA 70/30 PRESAT STENCIL WIPES	81
403C-235G MG Chemicals	SUPER COLD HFO-1234ZE	13
824-450G MG Chemicals	CLEANER ELECTRONICS 450G/16 OZ	201
8361-140G MG Chemicals	LABEL AND ADHESIVE REMOVER 5 OZ	14
825-500G MG Chemicals	CLEANER GLASS PLASTIC 18.5 OZ 1	23
4120-450G MG Chemicals	CLEANER DEGREASER ELECTR 16 OZ	0
8241-475ML MG Chemicals	70/30 ISOPROPYL ALCOHOL FOR ELEC	117

Chemicals, Cleaners

1. Overview

Tools chemicals and cleaners refer to specialized chemical formulations designed for surface preparation, maintenance, and precision cleaning in industrial, commercial, and scientific applications. These products enable contaminant removal (e.g., oils, particulates, oxides), surface activation, and material preservation. Their importance spans critical processes in electronics manufacturing, aerospace, automotive, and medical device industries where precision and reliability are paramount.

2. Major Types & Functional Classification

Type	Functional Characteristics	Application Examples
Solvent-based Cleaners	Volatile organic compounds (VOCs) for rapid oil/grease dissolution	Metalworking fluid removal in automotive assembly
Aqueous Cleaners	pH-adjusted water-based solutions with surfactants/chelating agents	Flux residue removal in PCB manufacturing
Semi-aqueous Cleaners	Blends of water-miscible solvents (e.g., glycol ethers)	Cleaning of sensitive optical components
Acid/Alkali Etchants	Controlled material removal through chemical reaction	Surface texturing in semiconductor packaging
Biodegradable Cleaners	Enzyme/formulated biodegradation of organic contaminants	Food processing equipment sanitation

3. Structure & Composition

Typical formulations contain 3-5 functional components:

Base Solvent: Water, hydrocarbons, alcohols, or engineered solvents (e.g., HFE-7100)
Surfactants: Reduce surface tension (e.g., nonylphenol ethoxylates)
Corrosion Inhibitors: Triazoles or phosphates for metal protection
pH Modifiers: Amines (alkaline) or organic acids (acidic formulations)
Specialty Additives: Defoamers, dyes, or biocides

Advanced products incorporate nanoscale abrasives for precision polishing or smart release encapsulation systems.

4. Key Technical Specifications

Parameter	Significance	Typical Range
pH Value	Determines material compatibility	1.5-13.0
Flash Point	Safety handling classification	15-110 C
Surface Tension	Cleaning efficacy indicator	20-72 mN/m
Evaporation Rate	Process time optimization	0.01-5.0 g/m /min
Residue Content	Critical for electronics applications	<1.0 mg/m
Material Compatibility	Prevents substrate degradation	Passivation tested

5. Application Fields

Electronics: Wafer bump cleaning, solder paste removal
Aerospace: Turbine blade chemical milling
Medical: Surgical instrument sterilization
Energy: Solar panel surface treatment
Automotive: E-coat pretreatment lines

Typical equipment integration: Ultrasonic cleaners (Branson 3800), vapor degreasers (MicroCare VDX), and robotic spray systems.

6. Leading Manufacturers & Products

Manufacturer	Key Product	Application Specialty
Chemours	Suva EC Solvent	Low-GWP precision cleaning
Honeywell	Vertrel XM	Aerospace component degreasing
KYZEN	KYZEN NVT -115	No-clean flux removal
ITW Chemtronics	CRC 05100	Electronics contact cleaning
BASF	Baxxodour EC	Biodegradable odor control

7. Selection Recommendations

Key consideration matrix:

Contaminant Type: Polar vs. non-polar residues dictate solvent polarity selection
Environmental Compliance: VOC content must meet local regulations (e.g., EPA Method 24)
Process Integration: Match cleaning cycle time with production line throughput
Material Safety: Review ISO 10993 biocompatibility for medical applications
Total Cost: Calculate cleaning efficacy per $/unit metric

Example: For copper etching in flex PCB production, select a pH 8.5 aqueous cleaner with 35 mN/m surface tension to prevent over-etching.

8. Industry Trends

Key development directions:

Green Chemistry: 62% YoY growth in bio-based cleaners (Grand View Research, 2023)
Nano-enabled Formulations: Atomic-level cleaning for 5nm semiconductor nodes
Process Analytics: In-situ FTIR monitoring of cleaning bath contamination
Waterless Solutions: Hydrofluoroether (HFE) solvent adoption increasing 18% annually
AI Formulation: Machine learning-optimized surfactant blends reducing R&D cycles by 40%