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I.C. Blue Lotion in ESD-Safe Bottle (8 oz.)

$188.57
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SKU:
ICL-8-ESD
Availability:
7 - 10 Business Days
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Calculated at Checkout
Quantity Option (Case):
24 Bottles
I.C. Blue Lotion in ESD-Safe Bottle (8 oz.)
ESD / Static-Dissipative Silicone-Free Non-Contaminating
Available Quantity Option Case
Case Unit 24 Bottles Per Case (8 Fluid Ounce Bottles)
Return Policy This is a Non-Returnable Product

I.C. Blue Lotion is a natural, non-contaminating, static-dissipative moisturizing hand lotion designed for controlled environments where comfort and electrostatic control have to coexist. It absorbs quickly, feels non-greasy, and is commonly used prior to gloving to help reduce dryness, chapping, “skin flaking,” and irritation associated with repeated glove use.

This formulation is built around “what it does not add” to your process: it contains no silicones, lanolins, glycerin, or mineral oils, and is frequently used in ESD programs in conjunction with wrist straps. The manufacturer positions I.C. Blue Lotion as helping to meet ESD-TR20.20-2000.

Features & Benefits (Why users specify it)
  • No Silicones: Helps reduce silicone-transfer concerns in residue-sensitive work.
  • No Lanolins: Selected by users who avoid lanolin-related sensitivity and residue concerns.
  • No Mineral Oils: Avoids mineral-oil film behavior that can attract dirt and leave residue on contact surfaces.
  • No Glycerins: Preferred in programs that minimize certain humectant-related “feel” and transfer variables.
  • NSF certified (per manufacturer statement): I.C. Blue Moisturizing Lotion and I.C. Cleanroom Lotion are described as tested and approved by NSF International (National Sanitation Foundation) as of August 23, 2013.
Safety Data Sheet
Link to I.C. Blue Lotion Safety Datasheet: Click Here
The Technical Vault
By SOSCleanroom
ESD & Skin Protection
Residue Control Operator Comfort Workstation Discipline

In ESD-controlled environments, hand care is not just a comfort issue — it can become a contamination and handling variable. Dry, irritated skin increases glove changes, encourages “quick fixes” with unapproved lotions, and can lead to flaking that shows up where it hurts most: benches, fixtures, optics-adjacent zones, and electronics assemblies. I.C. Blue Lotion in an ESD-safe bottle (8 oz.) is designed to reduce that drift by providing a static-dissipative, non-greasy moisturizer option that is intentionally positioned for controlled environments.

The point is not to replace your ESD program. The point is to keep skin condition from becoming the uncontrolled variable that undermines glove discipline, tool handling, and process consistency.

Quick Specs
Product I.C. Blue Lotion in ESD-Safe Bottle (8 oz.)
SKU ICL-8-ESD
Pack Configuration Case: 24 Bottles (8 oz. each)
Bottle Type ESD-safe bottle (static-dissipative handling intent)
Return Status Non-returnable product
The Operational Problem It Solves

Most “lotion problems” in controlled environments are really process drift problems:

  • Residue risk: unapproved lotions can transfer oils/films that compromise optics, adhesives, coatings, or sensitive surfaces.
  • Glove discipline breakdown: dry skin drives glove changes, double-gloving inconsistencies, or off-procedure hand-care workarounds.
  • ESD workflow conflicts: some products and packaging choices do not fit ESD-controlled bench behavior and handling rules.
  • Operator variability: inconsistent use (too much product, applied at the wrong time, applied immediately before handling critical parts) creates inconsistent outcomes.
What It’s For

I.C. Blue Lotion is positioned as a static-dissipative, non-contaminating moisturizing hand lotion for controlled work areas. It is commonly used as a pre-glove moisturizer in electronics, ESD benches, clean manufacturing support areas, and other environments where teams want to keep hand-care products aligned with contamination-control expectations.

The 8 oz. bottle format is a practical “station-sized” option for controlled dispensing at the point of use, without relying on untracked personal products.

Decision Drivers
  • ESD-safe bottle format: supports handling in ESD-aware areas where packaging choice is part of the discipline.
  • Fast absorption / non-greasy feel: reduces the “slippery glove/tool” failure mode that drives noncompliance.
  • Ingredient exclusions (positioned): stated as no silicones, no lanolin, no glycerin, and no mineral oils for users avoiding those residue/feel profiles.
  • Glove-program compatibility (positioned): commonly used as a pre-glove moisturizer; the manufacturer states it will not degrade or weaken latex gloves under normal use.
  • Documentation and safety posture: a dedicated Safety Data Sheet supports EH&S review, onboarding, and consistent use rules.
Materials and Use Implications: Practical Cleanroom Reality

A hand lotion becomes a controlled-environment consumable the moment it can transfer to a glove, a tool, or a part. The right control strategy is not “never use lotion.” It is standardize the product, define when it can be used, and build it into the hand hygiene / gowning rhythm so the lotion is absorbed before gloves go on.

The manufacturer positions I.C. Blue Lotion as non-contaminating and static dissipative, and highlights the absence of silicones, lanolin, glycerin, and mineral oils. Operationally, this is about reducing residue pathways that can show up as smears, films, or handling transfer — especially on high-energy plastics, optical housings, fixtures, and sensitive assembly surfaces.

Treat “helps meet ESD” language correctly: the lotion supports the program, but does not replace grounding, verification testing, humidity management, or workstation controls.

Best-Practice Use (What to Put in the SOP)
  • Use before gloving, not during work: apply a small amount, then allow full absorption before donning gloves.
  • Control dose: define “one pump” or a measured amount; over-application is the #1 cause of transfer.
  • Wash / sanitize timing: if sanitizer is required, apply lotion after the sanitizer step once hands are dry, then wait for absorption.
  • Keep it off critical surfaces: do not apply while standing at the bench with parts exposed; step away to a defined hand-care area when possible.
  • Keep packaging controlled: stage bottles like any other consumable — clean storage, defined locations, and do not mix personal products into the area.
Common Failure Modes — and How to Prevent Them
  • Immediate gloving after application: causes transfer to glove interiors and exterior film on contact points. Prevent with a defined absorption wait time.
  • Over-application: creates greasy feel, tool slip, and residue transfer. Prevent with measured dosing and training.
  • Using unapproved products: introduces unknown residues and breaks investigation traceability. Prevent by standardizing and controlling point-of-use inventory.
  • Assuming lotion equals ESD control: can mask the real gap (grounding, verification, humidity). Prevent by keeping ESD verification routines intact.
Closest Competitors

ESD-focused pre-glove and cleanroom lotions (other brands)
Category peers typically differentiate on residue posture (silicone-free claims), packaging format (ESD-safe bottles), and documentation (SDS availability and program claims).

Alcohol-based sanitizers with no lotion component
Not a direct substitute. Sanitizers address microbial reduction; they often worsen dryness and can increase glove-change frequency. Many programs use a sanitizer + controlled lotion approach to stabilize compliance.

Where This Product Fits in a Controlled Program

I.C. Blue Lotion fits in the operator-compliance layer of a contamination-control and ESD program: it supports consistent hand condition so glove discipline, handling technique, and workstation behavior stay stable. Use it as a controlled consumable with defined timing (before gloving), controlled dosing, and controlled storage. If your process is ultra-residue sensitive (optics, coating, bonding lands), validate the “hand-care + glove” system the same way you validate other operator-touch variables: define the method and keep it consistent.

Source Basis
Last reviewed: May 27, 2026
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