Mongoose Aerosol Can - NSF Registered Coil Cleaner for Condensers and Evaporators - 23.75 oz
Mongoose Aerosol (MCC) | NSF Universal Coil Cleaner - Image 2

Mongoose Aerosol (MCC) | NSF Universal Coil Cleaner

Mongoose is the High-Capacity Standard for coil cleaners, featuring a massive 23.75 oz fill and NSF Registration for food service compliance. Unlike standard 18 oz cleaners that produce a dry “shaving cream” foam that bridges over coils, Mongoose utilizes a Fast-Breaking Wet Foam to penetrate deep, saturate grease, and rinse automatically with condensate on evaporators. The only NSF Registered Coil Cleaner aerosol safe for Micro-Channel / Mini-Split coils and tough enough for fryer grease.

Get 32% more product in every can with a chemistry designed to destroy kitchen grease in the most sensitive environments.

  • The “Magnum” Can (23.75 oz): We packed nearly 6 extra ounces of active chemistry into every can. That’s 32% more coverage than the industry standard, ensuring you don’t run dry in the middle of a job.
  • Fast-Break “Wet” Foam: Engineered to cling just long enough to react, then liquefy rapidly. This prevents “foam locking” and allows condensate to flush the emulsified debris down the drain.
  • Grease Saponification: Formulated to target animal fats and vegetable oils, turning sticky kitchen grease into water-soluble soap on contact.
  • NSF Registered: Certified for use in and around food processing areas (K4), making it the safe choice for walk-ins, restaurants and more!
  • Surface Safety & Best Practices: Non-toxic and metal-safe for micro-channels, mini-splits, roof tops, metals, and plastics.
     (Note: While chemically safe for materials, always wipe down over-spray on surrounding surfaces to prevent residue and maintain professional standards.)

 

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NSF Registered Coil Cleaner | Mongoose Aerosol (32% Larger)

Stop Buying “Shaving Cream”. Start Cleaning.

In the world of aerosol coil cleaners, Volume and Physics are the only things that matter. While the industry standard 18 oz cans rely on high-expansion propellants to create a fluffy, dry foam that looks impressive but acts like insulation and keeps the chemicals that actually clean suspended in foam away from where its needed, Mongoose Aerosol is engineered differently. We packed a massive 23.75 oz of active chemistry into a “Magnum” sized can that delivers a Heavy-Wet Foam designed to penetrate, saturate, not just decorate.

Mongoose ignores the “fluff” to focus on Saponification—the chemical process of turning heavy kitchen grease and fat into water-soluble soap. It shoots deep, expands to fill the void, and then breaks down into a liquid, allowing natural condensate to flush the contamination away completely.

Manufacturer’s Tech Note: The “Wet Foam” appearance is intentional. Unlike “shaving cream” style cleaners that bridge across fin gaps, Mongoose is designed to liquefy quickly. This phase-change is critical for the No-Rinse process on evaporators, as it allows gravity and condensation to pull the emulsified grease down into the drain pan.

*Ensure the unit is in cooling mode producing condensate for the no-rinse feature to function. If cleaning heating coils or fans, manual rinsing is required.

The Efficiency Math: More Chem, Less Fluff

Why buy four when three will do? The math of the Mongoose Magnum can is simple.

  • Competitor Can: 18 oz.
  • Mongoose Can: 23.75 oz.
  • The Result: Every 3 cans of Mongoose equals almost 4 cans of the leading competitor. You carry less trash off the roof and leave more clean coils behind.
KEY FEATURE / SPECIFICATION TRADE BENEFIT / RESULT
23.75 oz Net Weight Highest Yield: The largest can in the professional market (32% larger than standard). Cleans larger commercial units without needing to grab a second can.
Fast-Break Wet Foam True Self-Rinsing: Liquefies quickly to utilize condensate water. Prevents the “foam lock” and bridging common with high-expansion dry foams.
NSF Registered Coil Cleaner (K4) Audit Ready: Approved for use in food processing areas. The safe choice for walk-ins, prep tables, and ice machine coils.
Saponification Chemistry Grease Destroyer: Specifically targets animal fats and vegetable oils, turning them into soapy water that flows easily down the drain.
Universal Material Safety Asset Protection: Safe for Micro-Channel coils, Mini-Splits, metals, plastics, and rubber roofing membranes.

Vapco Field Guide: Performance Matrix

How Mongoose stacks up against real-world indoor contaminants. (★★★ = Best in Class)

CONTAMINANT RATING WHY IT WINS
Kitchen Grease / Fats ★★★ Specifically formulated to saponify lipids in kitchen environments.
Dust, Lint, Pollutants ★★★ Sheeting Action: Surfactants allow condensate to slide dirt right off the fins.
Tobacco / Nicotine ★★☆ Good removal, though heavily impacted coils may require a second pass.
Oxidation (White Rust) ☆ Non-Acid: Mongoose is a cleaner, not a brightener. It cleans the metal without stripping the surface layer.
Compatibility Check UNIVERSAL Evaporators & Condensers. Safe for almost all coil types, including micro-channel and coated coils.

Part Number Reference:

Choose the Aerosol for convenience or the Liquid Concentrate for large-scale preventive maintenance.

Order Information

PART NO. SIZE / TYPE APPLICATION FIT
MCC-1 23.75 oz
(6/Case)		 The Service Tech’s Choice: High-capacity can for quick cleaning of walk-ins, reach-ins, and mini-splits, micro-channels and more.
MC-1 1 Gallon
(4/Case)		 Liquid Concentrate: Also NSF Registered Coil Cleaner K4. Highly concentrated formula (dilute up to 12:1) for pump-up sprayers on large commercial jobs and regular maintenance.

Why the NSF Registered Coil Cleaner XL Can Wins

THE PAIN POINT (Standard Aerosols) THE MONGOOSE ADVANTAGE
“Running Dry”
Running out of product with 10% of the coil left to clean is a nightmare.		 “The Extra 30%”
The 23.75oz can provides the safety margin needed to finish large tonnage circuits without walking back to the truck.
“Foam Insulation”
Thick, dry foams sit on top of the coil, preventing chemistry from grabbing the dirt.		 “Liquefaction Action”
Chemistry that knows when to stop foaming and start flowing, ensuring a deep rinse and clean for the whole coil.

NSF Documentation

FAQs

Frequently Asked Questions: Mongoose Aerosol Coil Cleaner

Top Questions (Most Common)

What is Mongoose aerosol coil cleaner best used for?

Mongoose is best used as a ready-to-use, universal aerosol coil cleaner for technicians who want one product that can cover a wide range of HVAC coil cleaning jobs.

Strong fit applications include:

• Indoor evaporator coils (including no-rinse use when condensate is present)

• Outdoor condenser coils (with manual rinse)

• Food-service / refrigeration environments requiring NSF K4 registration

• Rooftop service work where material compatibility matters

• Micro-channel / mini-split coil cleaning where metal-safe chemistry is preferred

Do I really not have to rinse Mongoose?

Yes—IF the unit is running in cooling mode and producing sufficient condensate. In that case, Mongoose can be used as a no-rinse evaporator coil cleaner because the natural condensate acts as the rinse agent.

*Tech Note: If you are cleaning a condenser coil, or the evaporator is not producing enough condensate (dry conditions / low humidity / system not cooling), rinse manually with water.*

Can I use Mongoose on outdoor condenser coils?

Yes. Mongoose is a universal coil cleaner and can be used on outdoor condenser coils, including mini-splits, refrigeration equipment, and light commercial applications.

It is especially useful on tightly packed coils where good penetration and saturation are important.

Important: Condensers do not produce condensate, so rinse thoroughly with water after cleaning.

Why doesn’t Mongoose foam up like thick shaving cream?

This is intentional. Mongoose uses a fast-breaking wet foam designed to penetrate the coil, wet contaminants, and then liquefy quickly.

Very dry, thick “shaving cream” style foams can bridge over tight fins and hold chemistry away from the metal surface. Mongoose is designed to expand into the coil, then break so loosened dirt and grease can move through the coil with gravity and the proper rinse pathway.

Performance comes from wetting, penetration, and rinse-out behavior—not just foam appearance.

Is Mongoose safe for food prep areas (restaurants)?

Yes. Mongoose is NSF Registered (Category K4) for use in and around food processing areas.

That makes it a strong choice for food-service and refrigeration environments such as walk-ins, reach-ins, and similar equipment areas.

Always follow label instructions and site procedures, including protecting/removing food and packaging as required.

What does NSF K4 mean for HVAC coil cleaning?

NSF K4 registration indicates the product is registered for use in and around food processing areas, which is why many technicians and facilities specify it for food-service/refrigeration work.

It does not replace normal cleaning procedures, label directions, or site-specific compliance requirements—those still apply on every job.

Is Mongoose safe for aluminum coils?

Mongoose is designed for modern HVAC coil applications and positioned as metal safe, including aluminum-based systems.

“Safe for aluminum” still depends on using the product correctly:

• Follow label and SDS instructions

• Use the correct dwell time

• Use the proper rinse method for the application

• Follow equipment manufacturer recommendations (especially on coated/specialty coils)

Do I need PPE if Mongoose is described as “non-toxic”?

Yes. “Non-toxic” does not mean “no PPE required.” Mongoose is still a professional chemical cleaner and can irritate skin and eyes.

At minimum, follow the label/SDS and normal shop/site safety practices:

• Eye protection

• Chemical-resistant gloves

• Site-specific ventilation/PPE requirements as applicable

Is Mongoose a good coil cleaner for RTUs and larger AC units?

Yes. Mongoose aerosol is well-positioned for RTU and general HVAC service work because it is ready to use right out of the can and does not require on-site mixing.

Its larger can size also makes it a strong option for technicians who want more product capacity on rooftop or multi-unit calls.

Is Mongoose mainly for commercial jobs, or can it be used on residential AC systems too?

Mongoose is heavily used in commercial, refrigeration, and food-service work because of its NSF K4 registration and grease-cutting performance, but it can also be used on many residential and light commercial HVAC service jobs.

The best choice depends on the coil type, contamination level, access, and service workflow—not just whether the job is “commercial” or “residential.”

Why is the Mongoose can so tall?

That is the “Magnum Advantage.” Standard aerosol coil cleaners are often 18 oz, while Mongoose is 23.75 oz, giving technicians 32% more product per can.

The extra capacity helps reduce running out mid-job, especially on larger tonnage equipment or multi-unit service calls.

What is the shelf life of Mongoose aerosol?

Mongoose has a 3+ year shelf life when stored properly in a sealed can under recommended storage conditions.

For best results, follow the storage guidance on the product label/SDS and rotate inventory (oldest stock first).

More Mongoose Questions (Application, Format, Storage & Disposal)
Will Mongoose remove heavy kitchen grease?

Yes. Mongoose is formulated with alkaline cleaning chemistry that supports saponification of animal fats and vegetable oils, helping convert sticky grease into a more water-soluble residue.

This is one reason it performs well in restaurant, food-service, and refrigeration coil cleaning workflows where grease loading is common.

Is Mongoose a no-rinse evaporator cleaner or a universal coil cleaner?

It is both—depending on the application. Mongoose is positioned as a universal coil cleaner for evaporator and condenser work, but the no-rinse benefit applies specifically to evaporator cleaning when sufficient condensate is present.

For condensers and other no-condensate situations, manual water rinsing is required.

Can I use Mongoose on both evaporator and condenser coils in the same day?

Yes. That is one of the advantages of using a universal coil cleaner.

Just follow the correct rinse process for each application:

• Evaporators: may be self-rinsing if sufficient condensate is present

• Condensers: require a manual water rinse

Is Mongoose safe for micro-channel or mini-split coils?

Yes. Mongoose is positioned as a metal-safe coil cleaner and is commonly selected for sensitive coil applications, including micro-channel and mini-split coils.

As always, follow equipment manufacturer guidance, product label/SDS instructions, and the correct rinse process for the application.

Will Mongoose damage rubber roofs or flooring?

No—when used as directed. Mongoose is positioned as compatible with EPDM rubber roofing, asphalt, and many common surrounding materials, which is one reason it is popular for rooftop service work.

As a best practice, clean up overspray/residue as part of the job for a professional finish.

Is Mongoose better than a thick foaming coil cleaner?

It depends on the job. Mongoose is designed as a fast-breaking wet foam that penetrates and liquefies quickly rather than staying as a thick foam blanket.

For many jobs, penetration and rinse-out behavior matter more than foam height. The best choice depends on coil type, contamination, access, and whether you are cleaning an evaporator or condenser.

How much dwell time should I give Mongoose before rinsing or restarting the unit?

Use the label instructions for application and dwell time. The correct dwell time depends on soil load, coil condition, and the type of application.

Avoid assuming “longer is always better.” Following the label and using the correct rinse process is more important than overextending dwell time.

Can I use Mongoose in occupied indoor spaces?

Mongoose is commonly used in indoor HVAC service work, including refrigeration/food-service environments, but technicians should still evaluate the work area and follow normal professional practices.

That includes protecting adjacent materials, controlling overspray, following label/SDS directions, and using required PPE/site-specific safety procedures.

Can I use Mongoose for mini-splits, or should I use the liquid version?

Both can be appropriate depending on the job and workflow. The aerosol is convenient and ready to use for field service calls, while the liquid concentrate is often the better economy choice for repetitive maintenance programs using pump sprayers.

Choose based on volume of work, access, and how your team prefers to apply product.

Is Mongoose a good “AC coil cleaner spray” for service trucks?

Yes. One of Mongoose’s biggest advantages is that it is ready to go when you open the can. There is no on-site mixing, measuring, or sprayer cleanup required for the aerosol format.

That makes it a strong fit for service trucks, rooftop calls, and technicians who want faster setup on routine coil cleaning work.

Can I buy Mongoose in liquid form for pump sprayers?

Yes. Mongoose is also available as a liquid concentrate (MC-1) for pump sprayer workflows and larger maintenance programs where aerosols are less efficient.

That gives contractors a way to stay with the Mongoose chemistry family while choosing the application format that fits the job.

How much coil can one can of Mongoose clean?

Coverage depends on coil size, fin density, soil load, and application technique. A lightly soiled residential coil may require much less product than a grease-loaded commercial coil.

The larger 23.75 oz can gives technicians more margin on bigger or dirtier jobs.

How should I store Mongoose aerosol on the truck?

Store Mongoose according to the label/SDS and normal aerosol storage best practices.

• Keep away from excessive heat and ignition sources

• Avoid storage conditions outside label temperature limits

• Secure cans to prevent puncture/damage

• Rotate inventory and use oldest stock first

How do I dispose of an empty Mongoose can?

Follow local regulations and your company/facility waste handling procedures. Empty aerosol cans are often recyclable as steel when fully emptied/depressurized, but rules vary by location.

Always refer to the product SDS and local disposal requirements.

SDS & Instructions

📄 DOWNLOAD FULL SDS (PDF)

⚠️ Professional Use Only | Flammable Aerosol
Contains gas under pressure; may explode if heated. Always wear chemical-resistant gloves, goggles, and protective clothing. NSF Registered (K4) for Food Processing Areas.

Field Guide: Contaminant Removal Matrix

Mongoose utilizes a fast-breaking “Wet Foam” designed to saturate coils and utilize natural condensation for rinsing. The following matrix details performance against common indoor and outdoor obstructions.

TARGET CONTAMINANT TYPICAL SOURCE ACTION PERFORMANCE / WHY IT WORKS
Kitchen Grease & Fats Restaurants / Fryers Saponification Grease Conversion: Alkaline formulation chemically converts insoluble animal fats and vegetable oils into water-soluble soap, allowing them to flow down the drain pan without clogging.
Dust, Lint & Pollutants Office Air Sheeting Action Surfactants reduce surface tension, allowing the “Wet Foam” to slide debris off the fins. Unlike dry foams that trap dust, Mongoose utilizes condensate to sheet it away.
Tobacco & Nicotine Bars / Smoking Areas Emulsification Penetrates the sticky yellow tar layer, breaking the bond with the metal so it can be flushed. (Heavy deposits may require a second pass).
Micro-Channel / Mini-Split Debris Modern Condensers Non-Etching Safely lifts dirt from tight aluminum fins without the risk of corrosion or pitting associated with heavy-duty hydroxide cleaners.

System Material Compatibility

MATERIAL / COMPONENT STATUS & PROTOCOL
Indoor Evaporator Coils ✅ RECOMMENDED / NO-RINSE*

*When unit is in cooling mode producing sufficient condensate.
Micro-Channel / Mini-Split Coils ✅ RECOMMENDED / METAL SAFE

Safe for all-aluminum brazed construction.
Rubber Roofs / Membranes ✅ RECOMMENDED / ROOF SAFE

Will not damage EPDM or asphalt roofing.
Outdoor Condensers ✅ RECOMMENDED

Manual water rinse required as no condensate is produced.

NSF K4 Registration Protocol:

Mongoose is registered for use in food processing establishments. When used in food handling areas, all food products and packaging materials must be removed or protected prior to use. A potable water rinse of cleaned surfaces is required after use if the area is directly contacting food.

Directions for Mongoose Aerosol (MCC-1)

1. Preparation

Step 1: Turn Off (Disconnect Power).

  • Shut off power to the unit at the disconnect or breaker to ensure safety while working.
  • Note: For no-rinse applications on evaporators, the unit will need to be turned back on after foam breakdown to generate condensate for self rinsing.

Step 2: Brush Off Debris.

  • Remove matted cottonwood, leaves, or loose dust from the coil face using a soft brush or shop vac.
  • Why? Removing the “blanket” first allows Mongoose to penetrate the fins rather than wasting chemical on surface trash.

2. Application

Step 3: Shake & Position.

  • Shake Can Well prior to use to mix the propellant and surfactants.
  • Hold the can 8-12 inches from the air intake side of the coil.

Step 4: Spray.

  • Spray between the fins, utilizing a sweeping motion to saturate the coil face.
  • Target Inner Surfaces: Apply enough product to allow the “Wet Foam” to penetrate deep into the inner rows of the coil pack.

3. Dwell & Rinse Protocol

Step 5: Dwell Time.

  • Allow to stand for 5 minutes.
  • During this time, the foam will liquefy, breaking the bond between the grease/dirt and the metal surfaces.

Step 6: Rinse (Conditional).

APPLICATION ACTION
Condenser Coils RINSE REQUIRED. If used on outdoor condensers or any coil not producing moisture, rinse thoroughly with water to remove debris.
Evaporator Coils NO RINSE REQUIRED. If the unit is in cooling mode, proceed to Step 7.

Step 7: Turn System On.

  • Restore power to the unit.
  • For Evaporators: Ensure the system runs in cooling mode for at least 30 minutes. The natural condensation will flush the emulsified debris down the drain pan.

🧪 SDS SECTION: MONGOOSE AEROSOL

(MCC-1)

1. Identification & Supplier Details

Product Name Mongoose Coil Cleaner (Aerosol)
Product Numbers MCC-1
Recommended Use Coil Cleaner Aerosol
Emergency Phone (800) 255-3924

2. Hazards Identification

GHS Classification Flammable Aerosol (Cat 2)
Gases Under Pressure (Liquefied Gas)
Skin Corrosion (Cat 1)
Eye Damage (Cat 1)
Signal Word DANGER
Hazard Statements H223: Flammable aerosol.
H280: Contains gas under pressure; may explode if heated.
H314: Causes severe skin burns and eye damage.
Precautionary Statements P210: Keep away from heat/sparks/open flames. No smoking.
P251: Do not pierce or burn, even after use.
P280: Wear protective gloves/clothing/eye protection.
P305+P351+P338: IF IN EYES: Rinse cautiously with water. Remove contact lenses.
P310: Immediately call a POISON CENTER/doctor.

3. Composition / Ingredients

Component Name CAS Number Concentration
Petroleum gases, liquified 68476-86-8 1 – 10%
2-Butoxyethanol 111-76-2 0.1 – 1%
Potassium Hydroxide 1310-58-3 0.01 – 0.1%

4. First-Aid Measures

Skin Contact CORROSIVE. Immediately take off contaminated clothing. Rinse skin with water/shower for at least 15 minutes.
Eye Contact SEVERE DAMAGE. Rinse cautiously with water for at least 15 minutes. Remove contact lenses. Get medical attention.
Inhalation Remove person to fresh air. Keep comfortable for breathing.
Ingestion Rinse mouth. Do NOT induce vomiting. Get immediate medical attention.

5. Fire-Fighting Measures

Suitable Extinguishing Media Water spray, fog, CO2, alcohol-resistant foam, dry chemical, or sand.
Specific Hazards Flammable Aerosol. Vapors heavier than air. Container may explode in heat of fire.
Special Protective Actions Do NOT fight fire when fire reaches containers. Fight fire remotely. Wear NIOSH-approved SCBA.

6. Accidental Release Measures

Personal Precautions Eliminate ignition sources. Do not get in eyes, on skin. Do not breathe spray.
Environmental Precautions Do not allow product to contaminate ground water or enter drains.
Cleanup Methods Ventilate area. Absorb with inert material. Transfer to suitable container for disposal.

7. Handling & Storage

Safe Handling Avoid contact with skin/eyes. Do not spray on open flame. Do not pierce or burn, even after use.
Safe Storage Store locked up in a cool, well-ventilated place. Protect from sunlight. Do not expose to temperatures > 122°F (50°C).
Incompatible Materials Strong acids, alkalis, and oxidizing agents.

8. Exposure Controls / Personal Protection

Exposure Limits Potassium Hydroxide: ACGIH Ceiling 2 mg/m³.
PPE (Personal Protective Equipment) Eyes: Chemical safety goggles/Face shield.
Skin: Chemical-resistant gloves and protective clothing.
Respiratory: NIOSH-approved SCBA if exposure exceeds limits.

9. Physical & Chemical Properties

Physical State Aerosol
Color / Odor Colorless / Fragrance
Solubility Completely Soluble in Water
pH 11.0 – 12.0 (Alkaline)
VOC Content 6.47%

10. Stability & Reactivity

Reactivity / Stability Stable under normal conditions. May be corrosive to metals.
Conditions to Avoid Direct sunlight, temperatures > 122°F, heat, sparks, open flames.
Hazardous Decomposition Carbon oxides, Potassium oxides.

11. Toxicological Information

Acute Toxicity LD50 Oral (Rat) > 5,000 mg/kg (Estimated)
Skin/Eye Causes severe skin burns and serious eye damage. Prolonged contact destroys tissue.
Carcinogenicity Not classified.

12. Ecological Information

Ecotoxicity Potassium Hydroxide LC50 (Mosquito Fish): 80 mg/L (96h).
Persistence / Mobility Mobile in soil. Low potential for bioaccumulation.

13. Disposal Considerations

Disposal Method Dispose of in accordance with regulations. Do not pierce or burn. Hazardous waste.

14. Transport Information

Regulation UN Number Class Proper Shipping Name
DOT (US) / IMDG / IATA UN1950 2.1 Aerosols, flammable

15. Regulatory Information

US Federal / State TSCA: Listed.
Right To Know: Potassium Hydroxide, 2-Butoxyethanol.
NSF Registration Category K4 (Cleaner for coil/fin areas in food processing establishments).

16. Other Information

Preparation Prepared by: Jessica Wilson
Date: 6/17/2025
Version: 1.0
Disclaimer The information provided is believed to be accurate but comes without warranty. User is responsible for full compliance with local regulations.

Specs & Logistics

1. Physical & Chemical Properties

Base Chemistry Alkaline Saponifiers with 2-Butoxyethanol & Surfactants
pH Level 11.0 – 12.0 (Balanced Alkaline)
Specific Gravity 1.005
Foam Character Fast-Breaking “Wet Foam” (Liquefies for Rinse)
VOC Content 6.47% (Compliant)
Solubility 100% Soluble in Water
Appearance Colorless Liquid / White Foam
Odor Characteristic / Solvent
Shelf Life 3+ Years (Stored in Closed Container)
Freeze/Thaw Stability Stable (Allow to thaw and shake well before use)

2. UN & DOT Shipping Classification

Ground Shipping Status LIMITED QUANTITY (LTD QTY)

Formerly ORM-D. Ships ground without Hazmat surcharges.
Proper Shipping Name Aerosols, Flammable
UN Number UN1950
Hazard Class 2.1 (Flammable Gas)
Required Markings Limited Quantity “White Diamond” (Ground) / Flammable Gas 2.1 (Air)

Harmonized Tariff Code (HTS): 3402.20.5100 (Cleaning Preparations)

NMFC Code: 48580 (Compounds, Cleaning, Liquid) – Class 55

3. Master Shipping & Dimensions Guide

ITEM INDIVIDUAL UNIT QTY / CASE CASE SPECS PALLET CONFIGURATION CODE
Part # Wt (lbs) H (in) W (in) L (in) Units Wt (lbs) H (in) W (in) L (in) Cases/Pallet Total Units Wt (lbs) H (in) W (in) L (in) UPC
MCC-1

(23.75 oz)
 1.8 10.125 2.6875 2.6875 6 11.35 10.5 5.875 8.625 200 1200 2305 60 40 48 683704020507

4. Reference List Pricing (Distributor Pricing May Vary)

List Price (Per Can) $11.01 USD
Case Pack 6 cans per case
Reference List Price (Per Case) $66.06 USD
Pricing Note Reference list pricing shown for informational purposes only. Actual distributor, contractor, and regional pricing may vary.

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