ACL Staticide Concentrate: How to Mix, Apply, and Maintain ESD Floors and Surfaces
Quick Answer
ACL Staticide concentrates are topical antistatic treatments for hard floors, mats, and surfaces. The ACL Staticide 3000 Original Concentrate and ACL Staticide 3030 Concentrate both dilute at 99 parts solvent to 1 part concentrate for non-porous surfaces (machines, tile, paneling, plastics) and at approximately 29–39 parts solvent to 1 part concentrate for porous surfaces such as carpets and textiles. Both products achieve a surface resistance of 10e9–10e10 ohms, decay static in less than two seconds, and are proven effective below 15% relative humidity. Apply to a clean surface, allow to dry, and verify with a surface resistivity meter. The key difference: the 3030 is non-flammable and free of chlorides, nitrates, and silicone — making it the preferred choice for shielding bag manufacturing and RoHS/REACH-sensitive environments.
ACL Staticide concentrates — including the ACL Staticide 3000 Original Concentrate and the ACL Staticide 3030 Concentrate — are among the most widely used topical antistatic treatments in electronics manufacturing, cleanrooms, and laboratory environments. They eliminate dust attraction, prevent damage to sensitive electronic components, and stop ignition of combustible vapors and dust. Both products provide a cost-effective way to bring non-ESD floors and surfaces into compliance without replacing flooring — but only when mixed, applied, and maintained correctly.
What Are ACL Staticide Concentrates?
The ACL Staticide 3000 and ACL Staticide 3030 are water-based topical antistatic solutions that deposit a thin static-dissipative film on hard and soft surfaces when applied and dried. Both products achieve a surface resistance of 10e9–10e10 ohms, decay static charges in less than two seconds, and are proven effective at relative humidity below 15% — a critical advantage over humidity-dependent antistatic treatments. Both exceed MIL-B-81705 and NFPA-56A electrostatic decay criteria and meet DOD-HDBK-263 requirements for topical anti-stats. Pure water or isopropyl alcohol (IPA) can be used as the solvent for both products.
The key difference between the two is formulation, not performance: the 3030 is non-flammable and contains no chlorides, nitrates, or silicone. It does not include substances on the REACH SvHC list or in the RoHS Directive 2002/95/EC, making it the preferred choice for shielding bag manufacturing and any environment where contamination from chlorides or nitrates is a concern.
Dilution Ratios
| Surface Type | 3000 Dilution (solvent:concentrate) | 3030 Dilution (solvent:concentrate) | Notes |
|---|---|---|---|
| Non-porous (machines, tile, paneling, plastics, paper, non-woven fabrics) | 99:1 | 99:1 | General purpose; most common application |
| Porous (carpets, work surfaces, conveyor belts, clothing, textiles) | 39:1 | 29:1 | Higher concentrate ratio needed for absorption into porous materials |
| Shielding bag manufacturing | — | 99:1 (IPA only) | 3030 preferred; chloride/nitrate-free formula required for shielding bag compliance |
Important: Always add concentrate to solvent — never add solvent to concentrate — to avoid foaming and bubbles. Pure water or isopropyl alcohol may be used as the solvent.
Step-by-Step Application Guide
- Clean the surface thoroughly — remove all wax, polish, oils, and cleaning residue. Staticide will not bond properly to contaminated surfaces. Allow to dry completely.
- Mix the solution — fill your container with the desired volume of solvent first, then add the appropriate volume of concentrate. Mix gently to avoid foaming.
- Apply by spray, wipe, roll-coat, or dip — the 3000 can also be applied via gravure, transfer roll-coating, or flexographic printing for production environments. Apply a thin, even coat; do not over-apply.
- Allow to dry completely — do not walk on the surface or allow traffic until fully dry. Dry time varies by environment and application method.
- Apply a second coat if needed — for initial treatment of heavily insulative or porous surfaces, a second coat after the first is fully dry improves performance.
- Verify with a surface resistivity meter — test per ANSI/ESD S7.1 after application. Target range: 10e9–10e10 ohms. Document results in your ESD audit log.
Maintenance and Reapplication
Topical antistatic treatments are not permanent. ACL Staticide is removed by cleaning, foot traffic, and handling over time. The 3000 TDS notes it will last weeks or months depending on application — longer than many competing topical antistatics. Reapplication frequency depends on traffic level, cleaning schedule, and surface type.
The only reliable way to know when reapplication is needed is to test surface resistivity regularly — do not rely on visual inspection or a fixed schedule alone. Add surface resistivity testing to your ESD audit program and reapply when readings exceed 10e10 ohms.
Frequently Asked Questions About ACL Staticide Concentrates
What is the dilution ratio for ACL Staticide 3000 and 3030?
For non-porous surfaces (tile, paneling, plastics, machines), both the 3000 and 3030 dilute at 99 parts solvent to 1 part concentrate. For porous surfaces such as carpets, textiles, and conveyor belts, the 3000 uses a 39:1 ratio and the 3030 uses a 29:1 ratio. Always add concentrate to solvent — not the other way around — to prevent foaming. Pure water or isopropyl alcohol can be used as the solvent.
What is the difference between ACL Staticide 3000 and 3030?
Both products provide the same static protection and achieve surface resistance of 10e9–10e10 ohms. The key difference is formulation: the ACL Staticide 3030 is non-flammable and free of chlorides, nitrates, and silicone, and it complies with RoHS Directive 2002/95/EC and the REACH SvHC list. This makes the 3030 the preferred choice for shielding bag manufacturing and environments where contamination from chlorides or nitrates cannot be tolerated. The 3000 Original Concentrate is the standard workhorse formula suited for general industrial, commercial, and institutional use.
What surfaces can ACL Staticide be used on?
ACL Staticide concentrates are effective on both porous and non-porous surfaces. Non-porous applications include machines, fixtures, paneling, tile, trays, totes, most films, plastics, paper, and non-woven fabrics. Porous applications include carpets, work surfaces, conveyor belts, clothing, and other textiles. The 3030 can also be used for shielding bag manufacturing. Always use the appropriate dilution ratio for the surface type and verify results with a surface resistivity meter.
Does ACL Staticide work in low humidity environments?
Yes — both the 3000 and 3030 are proven effective at relative humidity below 15%. Many antistatic treatments rely on ambient humidity to function, making them unreliable in dry environments such as climate-controlled cleanrooms or cold-weather facilities. ACL Staticide's effectiveness at low RH is one of its key advantages for electronics manufacturing and cleanroom applications.
Does ACL Staticide meet ANSI/ESD S20.20 requirements?
ACL Staticide concentrates exceed MIL-B-81705 and NFPA-56A electrostatic decay criteria and meet DOD-HDBK-263 requirements for topical anti-stats. When properly applied and maintained, they can bring surfaces into the static-dissipative range required for ESD Protected Areas. Compliance requires regular resistivity testing and documented reapplication — include surface resistivity testing in your ESD audit program and reapply when readings exceed 10e10 ohms.
Shop ACL Staticide at MTE Solutions:
- ACL Staticide 3000 Original Concentrate
- ACL Staticide 3030 Concentrate
- Browse All Static Control Products
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