Standard Pump, Solvent Dispensers ESD

(7 customer reviews)
4.2 on Amazon · 149 ratings
$17.00

All of our Clean Room blue static dissipative solvent containers have an average surface resistivity of 10^9 to 10^10.  

  • Made in the USAScottsdale, AZ, since 1983
  • FDA registered facilityNo. 3004167955
  • GSA contract holderGSA MAS contract 47QSMS24D0078
SKU: SD-ESD
Lab tech in goggles and gloves wiping down a fume hood work surface

Static control at the bench

Built for solvent at the workstation

Press the pump and about 2 mL of solvent pools in the dish, ready for a cotton ball or sponge. The blue bottle is static dissipative, so it can stay within reach on an ESD bench.

01
Press and dipA simple press pump dispenses 2 mL of solution into the dish-bowl pool.
02
Keeps the reservoir cleanA pump trap stops dispensed solution from draining back into the bottle.
03
Static dissipativeAverage surface resistivity of 109 to 1010 ohms/sq, in translucent ESD blue so you can see the level.

At a glance

Standard pump solvent dispenser

4 · 6 · 8 ozSD-4-ESD, SD-6-ESD and SD-8-ESD with a stainless press pump. Case of 50.
MDPETranslucent ESD blue, molded with an antistatic additive free of amines and amides
109–1010Ω/sq average surface resistivity. Average static decay 0.5 s at 40% RH.
2 mLPer press, into the dish. Want a downward spray? See the anti-splash pump version.

Questions ESD coordinators ask

FAQ

How much does each press dispense?
About 2 mL into the dish-bowl pool. A pump trap keeps the dispensed solution from draining back into the reservoir.
Standard pump or anti-splash pump?
The standard pump dispenses straight into the dish. The anti-splash (Purity) pump sprays the solution downward into the dish to minimize splashing and cross contamination. Both come in 4, 6 and 8 oz.
Can I fill it with IPA or other solvents?
MDPE is chemical resistant, and in a seven-day exposure test with TCE, MEK and IPA there was no color or physical change. Check the ESD Bottle Chemical Resistance Chart for your solvent. Some ESD bottles degrade over time depending on the solvent and how often they are used. The bottles are not ATEX rated.
What makes it static dissipative?
It is molded from MDPE with an antistatic additive that contains no amines or amides. Average surface resistivity is 109 to 1010 ohms/sq, with an average static decay of 0.5 seconds at 40% relative humidity. It supports an ANSI/ESD S20.20 program; it does not certify a workstation on its own.
Can I get samples, pricing or buy through GSA?
Yes. Request a sample, ask about distributor and case pricing, or buy SD-4-ESD, SD-6-ESD and SD-8-ESD through GSA MAS contract 47QSMS24D0078.

The details

Solvent in the dish, not back in the bottle

I.C. ESD Solvent Dispensers with the standard pump are for electronics, rework and cleanroom benches that wet cotton balls, swabs or sponges with IPA or another cleaning solvent. Press the pump and about 2 mL of solution pools in the dish, ready to use.

A pump trap keeps dispensed solution from draining back into the reservoir, so the solvent in the bottle stays clean and cross contamination is minimized. The bottle is static dissipative, with an average surface resistivity of 10⁹ to 10¹⁰ Ω/sq and an average static decay of 0.5 seconds at 40% RH. Check the ESD Bottle Chemical Resistance Chart for your solvent; the bottles are not ATEX rated.

Choose 4, 6 or 8 oz (SD-4-ESD, SD-6-ESD and SD-8-ESD), 50 per case, all on GSA MAS contract 47QSMS24D0078. For a downward spray, see the anti-splash pump version. I.C. ESD bottles are molded from MDPE compounded with an ESD additive that gives them their blue tint and static dissipative property, and they are supplied by R&R Lotion of Scottsdale, Arizona, since 1983.

Features & benefits

  • Press and dipDispenses 2 mL of solution into the dish-bowl pool.
  • Pump trapDispensed solution cannot drain back and contaminate the reservoir.
  • Static dissipativeAverage surface resistivity of 10⁹ to 10¹⁰ Ω/sq, with an average static decay of 0.5 seconds at 40% RH.
  • Supports an S20.20 programSupports an ANSI/ESD S20.20 program. The bottle does not certify a workstation on its own.
  • Amine and amide freeThe antistatic additive contains no amines, amides or ethoxylated tertiary amine, the agent used in many other antistatic bottles.
  • Durable MDPEMedium-density polyethylene is durable and chemical resistant.
  • Grip-right materialFlexible walls give precise, even resistance in the hand.
  • Leak-proof fitEach molding is fitted to its matching top and seals when closed.
  • Into the ESD areaBring liquids and supplies into static-sensitive areas in a static dissipative container, and keep them within reach at the workstation.
  • ESD blue, translucentThe ESD blue tint is easy to spot, and the translucent wall shows contents and fill level.
  • Clean plasticMade with no BPA, PBDE, phthalates or heavy metals.
  • Non-stick surfaceContents release cleanly from the plastic surface.
  • Odor resistantDoes not hold trace odors or fragrances left by solvents and other chemicals.
  • Top-rack washableWash on the top rack of a dishwasher and reuse.
  • RecyclableThe material is formulated to be recyclable and reusable.

Uses (from the label)

  • Cleanrooms and sterile environments
  • Dispensing solvent to cotton balls or sponges
  • Storing cleaning solutions or solvents
Free ofBPAPhthalatesPVCPBDEHeavy metalsAmines and amides

Sizes & case packs

SizePart no.Per case
4 oz solvent dispenser, standard pumpSD-4-ESD50
6 oz solvent dispenser, standard pumpSD-6-ESD50
8 oz solvent dispenser, standard pumpSD-8-ESD50

Directions for use

  1. Unfasten the dispenser from the base to fill the ESD bottle with solvent.
  2. Tightly refasten the dispenser and pump to prime the solvent.

Applications

Electronics manufacturingCleanroomsStatic-sensitive environmentsSemiconductor and quality labsBio-science labsAerospace and defense

Testing on file

  • Static decay, 5 kV at 40% RHAverage 0.05 s to the 1% cutoff (min 0.04 s, max 0.07 s); 0.03 s average to 10%.
  • Surface resistivity, ASTM D2571.97 × 10¹⁰ Ω/sq average at 100 V and 40% RH.
  • Surface resistance, 100 V at 40% RH5.51 × 10⁸ Ω average (1% cutoff).
  • Static decay, packaging material5 kV at 15% RH: PVC sleeve 0.35 s, PE foam 0.17 s, PS foam 0.17 s.
  • Solvent residue, seven-day exposureTCE, MEK and IPA: no color or physical change; water pH unchanged (about 5.9).
  • Electro-Tech Systems, 2015Surface resistivity at 40% RH (ASTM D257 / ESD S11.11) in the static dissipative range; static decay at 12% RH (Mil-Std-3010C Method 4046) to the 1% cutoff in about 0.01 s.

Product specs

Product type
Static dissipative bottle (hardware)
Material
MDPE with an antistatic additive (amine and amide free)
Color
ESD blue, translucent
Surface resistivity
10⁹ to 10¹⁰ Ω/sq (average)
Static decay
0.5 s average at 40% RH
ESD program
Supports an ANSI/ESD S20.20 program; does not certify a workstation on its own
Standards (per TDS)
Exceeds MIL-B-81705 and NFPA-56A (FTMS 101, Method 4046); tested to ESD ADV 11.21; meets EIA 625; helps meet ANSI/ESD S4.1; DOD-HDBK-263
Food-contact material
MDPE and additive comply with 21 CFR 177.1520, 178.2010, 178.3297 and 178.3120
Chemical compatibility
See the ESD Bottle Chemical Resistance Chart, rrlotion.com/esd-bottle-chemical-resistance-chart/
Flammable liquids
Not ATEX rated
Regulatory lists
Prop 65, TSCA, SARA, REACH, RoHS: no known substances
Shelf life
At least 24 months from manufacture. Some ESD bottles degrade over time depending on the solvent and frequency of use.
Cleaning
Top rack of a dishwasher
SDS
ESD Bottles SDS, rrlotion.com/msds/
Supplied by
R&R Lotion, Scottsdale, AZ, since 1983 · FDA registered facility No. 3004167955
GSA
MAS contract 47QSMS24D0078: SD-4-ESD, SD-6-ESD, SD-8-ESD

7 reviews for Standard Pump, Solvent Dispensers ESD

  1. MD101 –

    Works great – Using it with rubbing alcohol to clean computer parts, etc and so easy to press my rags to get liquid. Have not noticed any/much alcohol evaporating while sitting on the shelf. Highly recommend – using one hand to wet rag is much easier.

  2. Computerguy –

    Great for dispensing alcohol on a brush to clean circuit boards after soldering.

  3. Jason –

    Pump is very responsive. No need to pump more than once. Reservoir doesn’t leak when I knock it over… which I always do.

  4. Paul L –

    I love this bottle for dispensing Alcohol or other cleaning products (for electronic labs). I use them at work and now I got one for home.
    One person found this helpful

  5. Poupzon Enfilibung Plinkett Esq. –

    I use this bottle for dispensing alcohol for cleaning circuit boards of flux material. If you are familiar with this type of distribution bottle/pump then you know what to expect from it and it does just what you expect.

  6. L. Y. N. –

    I like the overall quality and function. I would recommend this item.

  7. Mike H –

    Works well. Not hard to get alcohol to pump out after sitting for a while, unlike some others I’ve used.

    Won’t spill if knocked over.

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