High Tech Evap Liquid (HTEC) | Evaporator Coil Cleaner

High Tech Evap is the evaporator-first, liquid coil cleaner standard for dirty indoor coils—a non-foaming, alkaline detergent cleaner built for pump sprayers and real-world evaporator cleaning where grease, grime, and nicotine film are the problem. Instead of relying on “shaving cream” foam, High Tech Evap uses detergent cleaning power designed to penetrate, emulsify, and carry contamination away—self-rinsing on evaporators when condensate is present, with rinsing recommended for mini-split and micro-channel applications and always required on condenser components.

Dial the strength to the job, from 3-6 parts water to cleaner depending on soil load and application. High Tech Evap is ideal for indoor evaporators, and can also be used on permanent filters and select condenser cleaning applications when controlled application and rinsing is an option.

  • Liquid for Sprayers: Built for pump-up sprayers and repeat PM work—consistent application, broad coverage, and easy use on indoor evaporator coils.
  • Grease, Grime & Nicotine Removal: Detergent chemistry helps break down sticky film and common evaporator debris found in restaurants, smoking environments, and neglected systems.
  • Non-Foaming Control: No heavy foam blanket—better visibility during application and a cleaner process on indoor coils where overspray and runoff control matter.
  • Evaporator “No-Rinse” Use (Conditional): Can be used as a self-rinsing evaporator coil cleaner when condensate is present to flush residue through the drain; rinse with water when condensate is not available.
  • Evaporator-First Positioning: Built for indoor evaporator cleaning performance (especially greasy/nicotine-loaded coils). For NSF/K4 food-area requirements or mini-split/micro-channel focused cleaning, use Mongoose.

 

Evaporator Coil Cleaner | High Tech Evap Liquid

Evaporator-first cleaning power for greasy indoor coils.

Many “heavy duty” cleaners chase instant visual drama (thick foam, harsh reaction), but that doesn’t always match the job inside an air handler. High Tech Evap is built to be an evaporator-first liquid coil cleaner: strong on grease, grime, and nicotine film, but applied with pump sprayers and controlled workflow for dirty indoor coils.

High Tech Evap uses non-foaming, alkaline detergent chemistry designed to saturate, emulsify, and carry contamination away. It can be used as a self-rinsing evaporator cleaner when condensate is present, while rinsing is recommended for mini-split and micro-channel applications and always required on condenser components.

Manufacturer’s Tech Note: The “self-rinsing” evaporator result is a process, not a gimmick. High Tech Evap is designed to liquefy and drain when the system is producing condensate—allowing gravity and condensation to pull emulsified debris into the drain pan.

*Ensure the unit is in cooling mode producing condensate for the self-rinse feature to function. If cleaning mini-splits, micro-channel coils, condenser components, heating coils, fans, or dry conditions with no condensate, manual rinsing is required / recommended per application.*

The Workflow Advantage: One Liquid Jug, Multiple Cleaning Jobs

High Tech Evap is a liquid sprayer-applied cleaner built for repeat PM work and real indoor coil cleaning—not just aerosol convenience. Dial the strength to the job using label dilution guidance based on soil load and application, and match the rinse method to the component you’re cleaning.

  • Evaporator Cleaning: Use the label evaporator dilution and allow condensate to provide the self-rinse when present.
  • Mini-Split / Micro-channel Cleaning: Use the appropriate label dilution with rinsing recommended as a best-practice / CYA approach.
  • Condenser Components: Use the appropriate label dilution and always rinse thoroughly with water after cleaning.
KEY FEATURE / SPECIFICATION TRADE BENEFIT / RESULT
Liquid Coil Cleaner for Pump Sprayers PM-Friendly Application: Built for pump-up sprayers and repeat service routes—controlled application on indoor coils without relying on aerosol cans or heavy foam coverage.
Non-Foaming, Alkaline Detergent Chemistry Cleaner Process on Indoor Coils: Penetrates and emulsifies grease, grime, and nicotine film while improving visibility and control during application.
Conditional Evaporator Self-Rinse Logic Evaporator-First Efficiency: On evaporators in cooling mode, condensate can provide the rinse pathway and carry emulsified debris to the drain pan.
Application-Specific Rinse Guidance Asset Protection: Rinsing is recommended for mini-split and micro-channel applications, and always required on condenser components and permanent filters.
Strong Performance on Grease / Grime / Tobacco Film Built for Dirty Indoor Coils: Vapco’s internal coil cleaner selector rates High Tech Evap as a top performer (1 = best) on oil & grease, dirt & grime, dust & lint, and tobacco stains.
SDS-Backed Profile (HTEC) Transparent Positioning: High-alkaline detergent cleaner (pH 12–13), water-soluble, low VOC (<4%), non-flammable liquid classification per SDS. Always follow label and SDS.

Vapco Field Guide: Dilution & Procedure Matrix (HTEC)

Use the correct strength and rinse logic for the surface you’re cleaning.

APPLICATION DILUTION DWELL TIME RINSE INFO
Indoor Evaporators 3 : 1 5-8 minutes Self-rinse with condensate when system is in cooling mode and condensate is present. If no condensate is present, rinse with water.
Mini-Split / Micro-channel Coils 6 : 1 5-10 minutes Rinse recommended. Use controlled application and follow OEM guidance / site best practices.
Condenser Components 3 : 1 5-10 minutes Always rinse thoroughly with water after cleaning.
Permanent Filters (Soaking) 2 oz per

1 gal water

15 minutes Rinse thoroughly with water after soaking/cleaning.

Vapco Field Guide: Performance Matrix (High Tech Evap)

How High Tech Evap stacks up against real-world contaminants. (★★★ = Best in Class)

CONTAMINANT RATING WHAT THAT MEANS IN THE FIELD
Oil & Grease ★★★ Strong cleaning performance for greasy indoor evaporators and neglected fin packs where detergent cleaning power matters.
Cooking Grease ★★☆ Effective for kitchen-related film and buildup; heavy deposits may benefit from a second application and proper rinse logic based on component type.
Dirt & Grime ★★★ A strong fit for common indoor coil soil loads, especially when used with controlled sprayer application and proper dwell time.
Dust & Lint ★★★ Excellent for typical evaporator fouling from lint, dust, and airborne contaminants in residential and light commercial systems.
Tobacco / Nicotine Stains ★★★ HTEC strength zone: High Tech Evap is positioned as a top performer in the Vapco line for tobacco/nicotine residue on indoor coils.
Grass & Cottonwood ★☆☆ Not the primary reason to choose HTEC. For heavy outdoor debris loads on condenser coils, use the right condenser-focused process and always rinse thoroughly.
Best Fit / Positioning EVAPORATOR-FIRST Indoor evaporators, permanent filters, and selected secondary applications with correct rinse logic. For NSF/K4 food-area requirements or mini-split/micro-channel focused cleaning, use Mongoose.

Order Information

Choose the size that fits your service route, account volume, and PM workflow.

ITEM SIZE / TYPE APPLICATION FIT
High Tech Evap (HTEC-1) 1 Gallon (4/Case) Hero SKU / Sprayer Standard: Liquid evaporator coil cleaner for pump sprayers and repeat PM work. Non-foaming detergent cleaning with conditional evaporator self-rinse when condensate is present.
High Tech Evap (HTEC-5) 5 Gallon (1 each) Volume / Route Option: Same evaporator-first chemistry for higher usage accounts, contractor fleets, and maintenance programs requiring larger liquid inventory.

Why High Tech Evap Wins for Dirty Indoor Evaporators

THE PAIN POINT (Generic Coil Cleaner Positioning) THE HIGH TECH EVAP ADVANTAGE
“Foam = Clean”
Thick foam looks dramatic but can hide application quality and create mess indoors where runoff control matters.
“Non-Foaming Control”
HTEC is a liquid, non-foaming detergent cleaner built for visibility, controlled coverage, and practical indoor evaporator cleaning.
“No-Rinse Everywhere”
Blanket no-rinse language can create confusion across evaporators, mini-splits, micro-channel coils, condenser work and potential damage if not done properly.
“Component-Specific Rinse Logic”
Self-rinse on evaporators when condensate is present; rinse recommended for mini-split and micro-channel applications; always rinse condenser components.
“One Cleaner, No Positioning”
“Universal” positioning can make it harder to know what to reach for when the indoor evaporator is greasy or nicotine-loaded.
“Evaporator-First Choice”
HTEC is positioned for dirty indoor evaporators—especially grease, grime, and tobacco/nicotine film—while Mongoose remains the go-to for mini-split/micro-channel focus and NSF/K4 needs.
Safety Reminder: High Tech Evap is an alkaline cleaner. Always follow the product label and SDS, use appropriate PPE, and use the correct rinse procedure for the component being cleaned.

FAQs

Frequently Asked Questions: High Tech Evap (HTEC) Liquid Evaporator Coil Cleaner

Application & Performance

What is High Tech Evap (HTEC) best used for?

High Tech Evap is an evaporator-first liquid coil cleaner built for dirty indoor coils where grease, grime, dust/lint, and nicotine film are common problems.

It is a non-foaming alkaline detergent cleaner designed for pump sprayers and controlled application on evaporators, with additional use cases on permanent filters and selected condenser cleaning applications when proper rinse procedures are followed.

Is HTEC a “no-rinse” evaporator coil cleaner?

Yes—IF condensate is present. High Tech Evap can be used as a self-rinsing evaporator coil cleaner when the system is in cooling mode and producing sufficient condensate.

The condensate provides the rinse pathway that carries emulsified soil into the drain pan.

*Tech Note: If the system is not producing condensate (low humidity, heating mode, fan-only operation, dry coil conditions), rinse manually with water after dwell time.

Do I need to rinse HTEC on mini-splits or microchannel coils?

Rinsing is recommended. While HTEC can be used in selected applications with the correct dilution and process, Vapco’s best practice is to recommend a water rinse on mini-split and microchannel applications for a cleaner finish and risk reduction.

For jobs specifically focused on mini-splits/microchannel or food-area requirements, Mongoose is the better-positioned choice.

Can I use HTEC on outdoor condenser coils?

Yes—when used with the correct dilution and a thorough water rinse. HTEC can be used on selected condenser cleaning applications, but condenser components should always be rinsed with water.

It is not a “spray-and-leave” condenser cleaner.

What dilution should I use?

Use the label dilution guidance that matches the application and soil load. High Tech Evap is designed to be dialed to the job (evaporators vs filters vs condenser work), and the correct dilution + rinse logic matters more than simply using it “strong.”

Always follow the product label and SDS.

Why is HTEC non-foaming? Doesn’t foam mean it’s working?

No—foam is not the performance metric. High Tech Evap is intentionally non-foaming so technicians can maintain better visibility and control during indoor coil cleaning.

Performance comes from detergent chemistry, wetting, penetration, and emulsification—not a thick foam blanket.

Will HTEC remove grease, grime, and nicotine residue?

Yes. This is one of HTEC’s strongest use cases. It is positioned in the Vapco coil cleaner lineup as a strong performer for dirty indoor evaporators, especially where grease film, grime buildup, and tobacco/nicotine residue are present.

Can I use HTEC on permanent filters?

Yes. HTEC can be used on permanent filters and similar washable components when used at the proper dilution.

Follow the label guidance, allow adequate dwell time, and rinse thoroughly with water after cleaning.

What type of sprayer should I use?

A standard pump-up sprayer or professional coil-cleaning sprayer works best. Use a fan tip for even coverage and avoid creating a fine mist indoors.

After use, rinse the sprayer, wand, and nozzle thoroughly with clean water.

What’s the correct mixing order?

Always add water first, then add High Tech Evap to reach the desired dilution. This improves mixing and reduces splash-back risk.

Use clean water and keep your dilution consistent for repeatable results.

Can I use a foaming sprayer or foaming nozzle with HTEC?

You can, but foam is not required for performance. HTEC is designed to wet, penetrate, and emulsify contamination so it can be removed by the proper rinse pathway (condensate self-rinse on evaporators when present, or manual water rinse where required).

If you choose to foam, still follow the same dilution and rinse rules.

How much ready-to-use solution does one gallon make?

It depends on the dilution used for the application. Since HTEC is mixed based on coil type and soil load, one gallon can produce multiple gallons of ready-to-use solution.

Use the product label dilution chart to calculate your expected coverage for evaporators, filters, or condenser applications.

Do I need to neutralize it? Can I mix it with other chemicals?

No. Do not mix HTEC with other chemicals. Use it as directed at the recommended dilutions and rinse logic.

Always follow the product label and SDS for safe handling, cleanup, and disposal.

How should I store it (truck, heat, freezing temps)?

Store sealed and upright in a cool, dry area and avoid unnecessary exposure to extreme temperatures.

If the product has been exposed to cold conditions, follow your facility’s standard practice before use and always follow label/SDS guidance.


Safety & Compatibility

Is HTEC NSF Registered (K4) for food processing areas?

No. High Tech Evap is not positioned as an NSF K4-registered cleaner. If your job requires NSF/K4 documentation for food processing environments, use Mongoose.

Is HTEC safe for mini-split and microchannel coils?

It can be used in selected applications when used as directed, but HTEC is positioned as an evaporator-first cleaner.

For mini-split/microchannel-focused cleaning programs, a conservative approach is recommended: use proper dilution, avoid over-dwell, and rinse when appropriate. For a product specifically positioned for those coil types, use Mongoose.

Do I need PPE?

YES. Always follow the product label and SDS. High Tech Evap is a corrosive alkaline cleaner and requires appropriate PPE, including chemical-resistant gloves, eye protection / face shield, and protective clothing per jobsite and SDS requirements.

What if there’s no condensate (dry coil / low humidity / heating mode)?

If there is no condensate being produced, the evaporator self-rinse pathway will not exist.

In those conditions, treat it like a rinse application: apply at the recommended dilution, allow dwell time, then rinse manually with water (or use jobsite best practice for controlled removal and cleanup).

Can I let HTEC dry on the coil?

No. Do not allow the product to dry on coil surfaces.

If you’re cleaning a condenser, rinse thoroughly after dwell time. If you’re cleaning an evaporator and using the self-rinse process, ensure the unit returns to cooling and produces condensate to complete the rinse cycle.

Is HTEC safe on coated coils?

Coil coatings vary by manufacturer, so best practice is to test a small inconspicuous area first and follow the equipment manufacturer’s cleaning recommendations.

Use the correct dilution and avoid over-dwell.

What about electrical components and surrounding surfaces?

Avoid direct spraying into motors, control boards, sensors, and exposed electrical components.

Use standard service practices: protect sensitive areas, control overspray, and wipe or rinse overspray from surrounding surfaces for a clean, professional finish.


Logistics & Product Positioning

Why choose HTEC liquid instead of an aerosol evaporator cleaner?

HTEC is the pump sprayer / gallon format for technicians and PM routes who want controlled application, broader coverage, and repeatable mixing on dirty indoor coils.

It is a strong choice when you need more than a grab-and-go aerosol can and want to treat heavier evaporator contamination economically.

How is HTEC different from Mongoose?

Think of the lineup this way:

  • HTEC (High Tech Evap): Evaporator-first cleaner for dirty indoor coils, especially grease, grime, and nicotine contamination, with conditional self-rinse on evaporators when condensate is present.
  • Mongoose: Universal / modern-coil-focused cleaner with NSF K4 registration, positioned for mini-splits, microchannel, food-area requirements, and broader system compatibility when used as directed.
Is HTEC a good fit for wholesalers and PM contractors?

Yes. HTEC is a strong B2B / truck stock / PM-route option because it gives technicians a gallon-format cleaner they can dilute to the job, apply with a sprayer, and use across common evaporator cleaning scenarios (plus filters and selected condenser jobs with proper rinse procedure).

What sizes are available?

High Tech Evap is available in HTEC-1 and HTEC-5 package sizes. Check your product page specs/logistics tab or your distributor for current packout and case information.

What is the shelf life?

Vapco products carry a 1 year manufacturer warranty. For best results, store sealed and properly in a controlled environment.

Follow your internal inventory rotation practices and product label/SDS guidance.

How do I dispose of the empty container?

Follow local regulations and your facility’s chemical handling procedures. Dispose of contents/container in accordance with local, regional, national, and international regulations, and always refer to the product SDS for disposal guidance.

SDS & Instructions

📄 DOWNLOAD FULL SDS (PDF)

⚠️ Professional Use Only | Corrosive Alkaline Cleaner
High Tech Evap is a non-foaming, alkaline detergent coil cleaner. Causes severe skin burns and eye damage. Always wear chemical-resistant gloves, goggles/face shield, and protective clothing. Follow product label dilution guidance and rinse protocol for the application.

Field Guide: Contaminant Removal Matrix

High Tech Evap (HTEC) is an evaporator-first liquid coil cleaner built for pump sprayers and real-world indoor coil cleaning where grease, grime, dust/lint, and nicotine film are common. Its non-foaming detergent chemistry emphasizes penetration, emulsification, and controlled runoff. On evaporators, condensate can provide the self-rinse pathway when conditions are correct.

TARGET CONTAMINANT TYPICAL SOURCE ACTION PERFORMANCE / WHY IT WORKS
Oil, Grease & Indoor Film Kitchens / Neglected Indoor Coils Detergent Emulsification Penetrates & Lifts Film: Alkaline detergent chemistry helps break down sticky organic buildup so it can be carried away through rinsing or condensate flow (when applicable).
Dust, Lint & Dirt / Grime Residential / Light Commercial Indoor Air Wetting / Sheeting Surfactants improve wetting across fin surfaces and help release common coil fouling so debris can move off the fin pack instead of re-depositing.
Tobacco & Nicotine Residue Bars / Smoking Areas / Heavy Indoor Film Emulsification HTEC Strength Zone: High Tech Evap is positioned as a strong performer for tobacco/nicotine-loaded evaporator coils. Heavy deposits may require repeat application and/or manual rinse.
Light Soil on Mini-Splits / Micro-Channel Coils Modern Equipment / Sensitive Coil Applications Controlled Application Can be used when following label dilution guidance and controlled dwell. Rinsing is recommended on mini-split and micro-channel applications as a best-practice / CYA protocol.

System Material Compatibility

MATERIAL / COMPONENT STATUS & PROTOCOL
Indoor Evaporator Coils ✅ RECOMMENDED / SELF-RINSE*
*When unit is in cooling mode and producing sufficient condensate.
Mini-Split Evaporator Coils ✅ USE WITH RINSE RECOMMENDED
Follow label dilution guidance, controlled dwell, and rinse as best practice.
Micro-Channel Coils ✅ USE WITH RINSE RECOMMENDED
Controlled application + avoid over-dwell. Rinse thoroughly, especially on outdoor coils.
Permanent Filters ✅ RECOMMENDED
Use label guidance for soak/spray cleaning and rinse thoroughly with water after cleaning.
Outdoor Condenser Coils ✅ RECOMMENDED (SELECTED APPLICATIONS)
Manual water rinse required. HTEC is evaporator-first; use proper condenser rinse procedure every time.

HTEC Evaporator “Self-Rinse” Protocol:

The no-rinse evaporator result is a process condition, not a blanket claim. High Tech Evap can function as a self-rinsing evaporator cleaner when the unit is returned to cooling mode and producing enough condensate to flush emulsified debris into the drain pan.
If condensate is not available (dry conditions / heating mode), manual rinsing is required. For mini-splits and micro-channel applications, rinsing is recommended as a best-practice

Directions for High Tech Evap (HTEC-1 / HTEC-5)

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 self-rinse evaporator applications, the unit will be turned back on after dwell time to generate condensate.

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 surface debris first helps chemistry penetrate the fin pack instead of getting consumed on loose trash.

2. Mixing & Application

Step 3: Mix in a Pump Sprayer (Follow Label Dilution Guidance).

Always pour chemical into water. Select dilution based on soil load, coil type, and application per current product label.

APPLICATION DILUTION RINSE?
Indoor Evaporator Coils Use label dilution for evaporator cleaning NO RINSE*
Mini-Split / Micro-Channel Coils Use label dilution (controlled application) RINSE RECOMMENDED
Outdoor Condenser Coils Use label dilution for condenser cleaning YES (Water Rinse Required)
Permanent Filters / Parts Use label guidance (soak / spray cleaning) YES (Water Rinse)

*Self-rinse protocol requires cooling mode with sufficient humidity so the coil produces condensate. If condensate is not available, rinse manually.

Step 4: Apply Solution.

  • Spray the solution onto the air intake side of the coil using a controlled sweeping motion to saturate the fin pack.
  • Target Inner Surfaces: Apply enough solution to wet into the inner rows of the coil pack where soil is trapped.
  • Indoor Overspray Control: Use controlled application on indoor coils, mini-splits, and surrounding finished surfaces.

3. Dwell & Rinse Protocol

Step 5: Dwell Time.

  • Allow product to dwell long enough to penetrate and emulsify contamination per label guidance.
  • Do not allow product to dry on the coil. Re-wet if needed.
  • Use shorter, controlled dwell times on sensitive applications (mini-split / micro-channel) and follow with a rinse.

Step 6: Rinse (By Application).

APPLICATION ACTION
Outdoor Condenser Coils RINSE REQUIRED. Rinse thoroughly with water to remove emulsified debris and cleaner residue.
Indoor Evaporator Coils SELF-RINSE ALLOWED (conditional). Proceed to Step 7 when condensate-producing conditions are available; otherwise rinse manually.
Mini-Split / Micro-Channel Coils RINSE RECOMMENDED. Use a controlled water rinse after dwell as a best-practice / CYA protocol.
Permanent Filters / Parts RINSE REQUIRED. Rinse thoroughly with water after soak/spray cleaning.

Step 7: Resume Operation (Evaporators).

  • Restore power to the unit.
  • Run in cooling mode long enough to generate condensate and flush loosened debris into the drain pan.
  • Verify drain pan and condensate drain are flowing properly.

🧪 SDS SECTION: HIGH TECH EVAP CLEANER

(HTEC- 1, 5) | Liquid

1. Identification & Supplier Details

Product Identification (Section 1.1)
GHS Product Identifier (Product Name) High Tech Evap
Product Number(s) HTEC-1, HTEC-5
Brand Vapco
Recommended Use (Section 1.3)
Recommended Use Non-foaming, detergent multi-purpose coil cleaner
Restrictions on Use N/A (Not Specified)
Supplier Details & Emergency Contact (Section 1.4 & 1.5)
Supplier Name Vapco Products, Inc.
Supplier Address 401 Marshall Road
Valley Park, Missouri 63088, United States
Telephone (636) 923-2121
Fax (636) 923-3002
Email [email protected]
Emergency Phone Number (800) 255-3924

2. Hazard Identification & Composition

GHS Classification (Section 2.1)
Category Classification
Acute Toxicity, Inhalation Cat. 4
Eye Damage/Irritation Cat. 1
Skin Corrosion/Irritation Cat. 1
GHS Label Elements (Section 2.2)
Signal Word Danger
Pictograms Corrosion (GHS05), Exclamation Mark (GHS07)
Hazard Statement(s)
  • H314: Causes severe skin burns and eye damage
  • H332: Harmful if inhaled
Precautionary Statement(s)
  • Prevention: P260, P264, P271, P280
  • Response: P301+P330+P331, P303+P361+P353, P304+P340, P305+P351+P338, P310, P312, P321, P363
  • Storage: P405
  • Disposal: P501
Hazardous Components (Section 3.2)
Chemical Name CAS Number Concentration (weight %)
2-Butoxyethanol 111-76-2 1 – 10 %
Pentasodium triphosphate 7758-29-4 1 – 10 %
Dodecylbenzenesulfonic acid, sodium salt 68081-81-2 0.1 – 1 %
Potassium Hydroxide 1310-58-3 0.1 – 1 %

3. Physical & Chemical Properties

Basic Physical and Chemical Properties (Section 9)
Physical State Liquid
Appearance / Color Clear liquid / Green
Odor / Odor Threshold Bland odor / N/D
pH 12-13
Melting Point/Freezing Point < 32°F (0°C)
Boiling Point or Boiling Range > 212°F (100°C)
Flash Point N/D (Not considered a flammable liquid)
Flammability (Solid, Gas) Not considered to be a flammable liquid by OSHA (29 CFR 1910.1200)
Vapor Pressure 23.8 mmHg at 77°F (25°C)
Relative Vapor Density 1 (Air=1)
Density and/or Relative Density 1.02 at 77°F (25°C)
Solubility Completely soluble in water
Evaporation Rate < 0.8 (Slow)
Volatile Organic Compounds (VOCs) < 4%

4. Stability & Reactivity

Reactivity and Stability (Section 10)
Reactivity May react with chemically active metals and strong acids.
Chemical Stability Stable under normal conditions of use.
Possibility of Hazardous Reactions None known.
Conditions to Avoid Chlorine-liberating material. Do not mix with bases, ammonia, or other cleaning compounds.
Incompatible Materials Strong acids.
Hazardous Decomposition Products Oxide(s) of carbon, sodium and silicon.

5. Toxicological Information

Information on Toxicological Effects (Section 11)
Acute Toxicity (ATE) Gas Inhalation ATE (mixture): 7000 ppmV. Vapor Inhalation ATE: 30 mg/l. Oral ATE (mixture): 4545.45 mg/kg bw.
Acute Toxicity (Component LD50/LC50) 2-Butoxyethanol: LD50 Oral (Rat) – 880 mg/kg; LD50 Skin (Rabbit) – 1,060 mg/kg; LC50 Inhalation (Rat) – 450 ppm.
Skin Corrosion/Irritation Causes severe burns, prolonged contact will destroy tissues.
Serious Eye Damage/Irritation Causes severe burns, stinging, redness, swelling, and may cause corneal damage, blindness.
Respiratory or Skin Sensitization May cause irritation (possible severe), chemical burns, upper respiratory damage and pulmonary edema.
STOT – Repeated Exposure Dermatitis may occur due to long-term irritation. Potential loss of sight.
Carcinogenicity/Mutagenicity/Reproductive Toxicity Not classified.

6. First-Aid Measures

Description of Necessary First-Aid Measures (Section 4.1)
General Advice Never give anything by mouth to an unconscious person. If you feel unwell, seek medical advice.
If Inhaled Remove person to fresh air. Keep comfortable for breathing. Get medical advice/attention.
In Case of Skin Contact Immediately drench affected area with water for at least 15 minutes. Take off immediately all contaminated clothing. Obtain medical attention if irritation develops or persists.
In Case of Eye Contact Immediately rinse cautiously with water for several minutes (at least 15 minutes). Remove contact lenses if present. Continue rinsing. Immediately call a POISON CENTER/doctor.
If Swallowed Rinse mouth. Do NOT induce vomiting. Obtain medical attention.
Immediate Medical Attention & Special Treatment (Section 4.3): If exposed or concerned, get medical advice and attention. The absence of visible signs or symptoms of burns does not reliably exclude the presence of actual tissue damage.

7. Fire-Fighting & Accidental Release Measures

Fire-Fighting Measures (Section 5)
Suitable Extinguishing Media Water spray, fog, carbon dioxide (CO2), alcohol-resistant foam, dry chemical, or sand. Use appropriate media for surrounding fire.
Specific Hazards / Reactivity May react with chemically active metals and acids.
Hazardous Combustion Products Carbon, sodium and silicon oxide(s).
Protection During Firefighting Wear NIOSH-approved Self-Contained Breathing Apparatus (SCBA) with full face piece and full body protective clothing. Do NOT fight fire when fire reaches containers.
Accidental Release Measures (Section 6)
Personal Precautions/PPE Do not get in eyes, on skin, or on clothing. Do not breathe vapors. Keep away from heat/ignition sources. Use appropriate PPE.
Environmental Precautions Avoid release into the environment. Prevent product from entering drains. Report spills as required.
Containment & Clean Up Methods Ventilate the area. Contain spills with dikes or absorbents. Eliminate all ignition sources. Take up liquid spill into absorbent material.

8. Handling, Storage & PPE

Precautions for Safe Handling (Section 7.1)
Precautions for Safe Handling Do not handle until all safety precautions have been read and understood. Avoid contact with skin, eyes and clothing. Wash hands and other exposed areas thoroughly after handling.
Additional Hazards When Processed Do not pressurize, cut, or weld containers. Pressurized container: May burst if heated. Do not pierce or burn.
Conditions for Safe Storage (Section 7.2)
Storage Conditions Store locked up/in a secure area. Store in a dry, cool, well-ventilated place away from ignition sources. Protect from sunlight. Do not expose to temperatures exceeding 50°C/122°F.
Incompatible Materials Strong acids.
Individual Protection Measures (PPE) (Section 8.3)
Appropriate Engineering Controls Emergency eye wash fountains and safety showers should be available. Ensure adequate ventilation. Use explosion-proof equipment.
Eye/Face Protection Chemical safety goggles.
Skin/Body Protection Wear protective gloves (chemical resistant) and clothing. Wear fire/flame resistant/retardant clothing.
Respiratory Protection Use a NIOSH-approved Self-Contained Breathing Apparatus whenever exposure may exceed established Occupational Exposure Limits.

9. Transport & Regulatory Information

Transport Information (Section 14)
Regulation UN Number Class / PG Proper Shipping Name
DOT (US) UN1719 8 / III Caustic alkali liquids, n.o.s.
IMDG UN1719 8 / III Caustic alkali liquids, n.o.s.
IATA UN1719 8 / III Caustic alkali liquids, n.o.s.
Regulatory Information (Section 15)
SARA 311/312 Hazards Fire Hazard, Acute Health Hazard, Chronic Health Hazard
SARA 313 Components Ethylene glycol monobutyl ether (CAS No. 111-76-2)
California Prop. 65 This product does not contain any chemicals known to State of California to cause cancer, birth defects, or any other reproductive harm.
US EPA TSCA Public Inventory All hazardous components are listed.

10. Disposal & Ecological Information

Ecological Information (Section 12)
Persistence and Degradability Component(s) of this product are not biodegradable.
Bioaccumulative Potential This product is not expected to bioaccumulate.
Mobility in Soil This product is mobile in soil.
Disposal Considerations (Section 13)
Product Disposal / Waste Treatment Dispose of contents/container in accordance with local, regional, national, and international regulations. Product should be fully characterized prior to disposal (RCRA Status: 40 CFR 261).
Sewage Disposal Avoid release into the environment. This material is hazardous to the aquatic environment. Keep out of sewers and waterways.

11. Disclaimer & Preparation Information

Preparation Information (Section 16.2)
Prepared by Jessica Wilson
Date Prepared 2-19-2025

Disclaimer (Section 16.1):

To the best of our knowledge, information contained herein is accurate. However there is no assumption of liability for the accuracy or completeness of the information contained herein. Final determination of suitability of any material is the sole responsibility of the user. All materials may present unknown hazards and should be used with caution. The information contained in this SDS was obtained from current and reliable sources; however, the data is provided without warranty, expressed or implied, regarding its correctness or accuracy. Since the conditions of handling, storage and disposal of this product are beyond the control of the manufacturer, the manufacturer will not be responsible for loss, injury, or expense arising out of the products improper use. The user is responsible for full compliance with various government agency regulations.

Key: N/A = Not applicable; N/D = Not determined

Specs & Logistics

1. Physical & Chemical Properties

Base Chemistry Alkaline Detergent Coil Cleaner (Potassium Hydroxide + Surfactant System)
pH Level (As Packaged) 12–13 (Highly Alkaline)
Specific Gravity / Relative Density 1.02 @ 77°F (25°C)
Viscosity Low (Pump sprayer friendly)
VOC Content < 4% (See SDS for details)
Solubility Completely Soluble in Water
Appearance Clear Liquid (Green)
Odor Bland Odor
Flash Point N/D (Not considered a flammable liquid)
Performance Profile Non-foaming, evaporator-first detergent cleaner designed for penetration, emulsification, and controlled runoff; self-rinsing on evaporators when condensate is present (conditional).
Recommended Dilution Range Use label dilution guidance based on soil load, coil type, and application (evaporator, mini-split/micro-channel, condenser, filters/parts).
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

Proper Shipping Name: Caustic alkali liquids, n.o.s.
UN Number: UN1719
Hazard Class: 8 (Corrosive)
Packing Group: III
Label Required: Corrosive (Class 8)

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
HTEC-1
(1 Gal)
8.75 11.5 5 5 4 35.95 12.56 12 12 48 192 1760.6 50.5 40 48 683704033347

Harmonized Tariff Code (HTS): 3402.20.5100 (Cleaning Preparations)
NMFC Code: 48580 (Compounds, Cleaning, Liquid) – Class 55

Comparable Products

  • Nucalgon | 4168-08 | Evaporators Pow’R-C
  • Diversitech | N/A | N/A
  • Rectorseal | N/A | N/A
  • ACE | CCL | EvapKlean
  • Refrigeration Technologies | RT350G | Viper EVAP+
  • Virginia/Parker | 475107 | Acti-Klean
  • Mitco | F5-14 | Evaporator Coil Cleaner