$72.45
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EV Battery Lab Supplies & Dry Cleanroom Consumables
Lithium-ion cells are built in air drier than most deserts, and everything that crosses the airlock has to keep it that way. Setting up an EV battery lab means sourcing dry-room PPE, cleanroom supplies, low-water solvents, insulated tools, ESD control, and bench equipment at once, then keeping everything stocked once the line starts consuming it.
This checklist of EV battery lab supplies is built for EV battery manufacturing R&D, lithium-ion battery manufacturing, battery cell manufacturing pilot lines, battery testing labs, and battery dry room operations. Every item links to a live Lab Pro product page. Check what your build needs, set quantities, and add it to your cart, or send the whole list as one quote so our team prices the exact setup you specified.
Whether you are commissioning a first coin-cell bench or supplying a pilot line every week, start here.
Battery Lab Chemicals & Cleaning Solvents
Water is the contaminant a dry room exists to keep out, and solvent is one of the easiest ways to carry it back in. Every bottle that enters the room should list its water content on the spec sheet. Low-water 99 isopropyl alcohol comes first; water-based and acid chemistries stay in the wet lab.
Dry Room Solvents
$56.23
$66.15
1
$2,514.00
1
$83.11
1
$52.48
$61.74
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Wet Lab and Process Chemicals (keep out of the dry room)
These chemistries carry water or acid by design. Store and use them in the wet lab or fume hood, never inside the dew-point-controlled space.
$53.41
$62.84
1
$148.22
1
$148.00
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Battery Dry Room Consumables & Cleanroom PPE
Most battery dry rooms run at a dew point of -40 °C or lower, under 1% relative humidity. At that humidity, static builds fast, and anything that sheds fibers or carries moisture in from outside shows up in the cell. We choose every cleanroom glove, wipe, and garment below for low particulate first, then static behavior, then how fast your battery dry room uses it up.
$294.29
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$33.15
$39.00
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$164.81
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$85.00
1
$24.00
1
$57.00
1
$18.30
$30.50
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$383.33
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$267.68
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$114.45
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Precision Tweezers, Tools & ESD Products
In a battery lab, the tool question comes before the ESD question: a metal tip across two terminals is a short circuit. Use insulative tips on energized cells and save metal precision tools for unpowered parts and BMS boards. Static control still matters, because a dry room at under 1% RH charges people and surfaces fast, and that charge pulls particles onto open electrodes and can reach BMS electronics.
$183.60
1
$49.42
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$100.54
1
$597.85
$642.85
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$13.94
$14.99
1
$40.77
1
$313.78
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Battery Lab Equipment & Accessories
The capital line of your battery lab equipment list, and the battery manufacturing equipment that is hardest to swap once a process is qualified. Choose these around the chemistry you actually run: lithium-ion electrolyte forms hydrofluoric acid when it meets moisture, and that one fact changes which hood, glassware, and storage you can use.
$2,931.00
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$4,624.81
$4,868.22
1
$19.25
1
$406.00
1
$721.35
1
$9,250.00
1
$1,410.00
1
Vendor Managed Inventory for Battery Lines
A running cell line burns through gloves, wipes, shoe covers, and IPA every shift. A stockout of any one of them stops gowning, and a stopped airlock stops production. Vendor-managed inventory and the programs below turn this checklist into standing supply.
Vendor-Managed Inventory (VMI) and Kanban Replenishment
We stock, track, and replenish your critical consumables on site, so you don't have to count par levels for gloves, wipers, frocks, and IPA by hand.
Bulk Chemical Supply
Move IPA from gallon bottles to Scheduled Deliveries
Set a delivery cadence on this checklist once and receive it on schedule, timed to your consumption rather than to when someone remembers to reorder.
Customer-Specific Pricing
Contract pricing on the consumables you reorder most, so standardizing across benches, lines, or sites lowers unit cost.
PunchOut Catalogs
Order from an approved Lab Pro catalog inside your own procurement system, so requisitions and approvals stay in one place.
FAQs
What supplies does an EV battery lab need to start up?
Plan five groups: dry room gowning (ESD gloves, frocks, caps, shoe covers), low-water solvents such as cleanroom-grade IPA 99%, insulative and ESD-safe tools, bench equipment like balances and inspection systems, and segregated chemical storage. Define your dry room dew point and particle class first, because both set the grade of everything else.
What dew point does a lithium-ion battery dry room need?
The generally accepted target for lithium-ion production is a dew point of -40 °C, which is below 1% relative humidity. Some processes run as low as -65 °C. Moisture reacts with lithium salts in the electrolyte, so every consumable entering the room should carry a low, documented water content.
Which steps of the lithium-ion battery manufacturing process need a dry room?
Mixing, coating, stacking, laminating, electrolyte filling, packaging, and formation typically run under dry room control. Electrolyte filling and final cell assembly are the most moisture-sensitive, so gowning, solvent water content, and airlock discipline matter most at those stations.
Can I use 70% isopropyl alcohol in a battery dry room?
No. IPA 70% is 30% water by design, which is what makes it a disinfectant and exactly what a dry room is built to exclude. Use cleanroom-grade IPA 99% with a specified water limit inside the dry room, and keep 70% IPA for gowning areas and the wet lab.
Do battery lab tools need to be ESD-safe?
Tools that touch energized cells need insulative tips first, because a metal tip across two terminals is a short circuit. ESD-safe handles and grounding still matter: dry-room air charges people and surfaces quickly, attracting particles to electrodes and damaging BMS electronics and test equipment.
Can a ductless fume hood handle lithium-ion electrolyte?
Only with a filter rated for the vapors involved. Electrolyte salts such as LiPF₆ form hydrofluoric acid when they contact moisture, and cell teardown can release acid gases that carbon filters for solvents do not capture. Share your chemical list with us so we can confirm a filter or recommend a ducted hood.
How should IPA and nitric acid be stored in a battery lab?
Separately. IPA and acetone are flammable, and nitric acid is a strong oxidizer that can react violently with organic solvents. Store solvents in a flammable-rated cabinet and acids in a dedicated corrosive cabinet, and keep both chemistries out of the dry room unless the process requires them.
