Knowde Enhanced TDS
Identification & Functionality
- Chemical Family
- Product Type
- Technologies
- Product Families
Features & Benefits
- Ready-to-Use Product Features
Applications & Uses
- Applications
- Primary Applications
- Manufacturing / Automotive Manufacturing
- Electrical Assembly / Production
- Packaging
- Avionics
- Clean Room / Lab
- Warehouse / Distribution
Application Coverage Rate
Coverage Rate, ft2/gal [m2/3.78 L] 600 [55.7] Application Thickness, wet mils [mm] 3 [0.08] - Limitations
Colors: The use of color is recommended in Eco-SDS Satin. DO NOT USE White.
Hide: The topcoat must be applied over a pigmented primer or existing coating of similar color to obtain color hide in Eco-SDS Satin. The resulting system color will be closer to the primer.
Contamination (Fisheyes): Product may fisheye if oil, silicones, mold release agents or other contaminants are present.
Chemical Resistance / Staining: Reduced chemical resistance and staining is possible in pigmented versions of the system.- Application Equipment
- Protective clothing
- Jiffy® mixer blade [Tennant Part No. 08643-1 (1 gal) or 08643-5 (5 gal)]
- Slow speed drill (500 rpm or less)
- 18-24" Flat rubber squeegee
- 18-24" 1/16" Notched rubber squeegee
- Spiked shoes
- 3/8" medium-nap roller (18”)
- Roller assembly (18")
- Application tray
- Disk machine
- 60 grit sandpaper
- 80 grit sandpaper
Assemble Equipment: Due to the limited pot life of the material, all application equipment, etc. should be ready for immediate use. (Clean roller with tape to remove any residual lint.)
- Preparation
Detergent scrub and rinse with clean water to remove surface dirt, grease, oil and contaminants.
THICK FILM APPLICATIONS (25 mils / 0.64 mm):
Steel Shot Blast: Use magnetic broom to remove excess shot, sweep to remove large debris and vacuum to remove fine dust.
Diamond Grind: Sweep to remove large debris and vacuum to remove fine dust.
JOINTS: Depending on the preference of the facility owner, joints may or may not be filled. If the joints are filled, non-moving joints, i.e. contraction or control joints, can be hard filled with thickened, 100% solids epoxy or with a semi-rigid joint filler such as Eco-PJF™ or Eco-EJF™. Construction joints less than one inch wide may also be filled with Eco-PJF. Isolation or expansion joints must be filled with a flexible material designed for this purpose.- Application - Primer
ECO-SDS SATIN MUST BE APPLIED OVER A TENNANT 100% SOLIDS EPOXY PRIMER. (See appropriate epoxy product bulletin for application instructions.)
- Application – Build Coat
AT LEAST 8 MILS OF AN EPOXY BUILD COAT ON TOP OF THE EPOXY PRIMER ARE RECOMMENDED FOR COMPLETE HIDE. (See appropriate epoxy product bulletin for application instructions.)
- Application – Topcoat – Eco-SDS Satin
PREMIX PART A USING A JIFFY® MIXER BLADE with slow speed drill. POTLIFE: Mix only enough material which can be used within 30 minutes. NOTE: Once opened, this material cannot be resealed for later use.
CONTINUE TO MIX AND ADD PART B. MIX FOR 1 MINUTE using a Jiffy® mixer blade and slow speed drill.
POUR MIXED PARTS A/B INTO PART C while mixing. NOTE: The Part C is not blended—DO NOT SPLIT MIX OR PRODUCT MAY NOT MEET PERFORMANCE SPECIFICATIONS.
MIX FOR 3 MINUTES using a Jiffy® mixer blade and slow speed drill. Move the blade up and down the sides of the pail and across the bottom to ensure contents are thoroughly mixed so no dry filler remains.
COLORS: Use Colorants at a rate of one-half unit per 1-gallon (3.78 liters) of Eco-SDS Satin. Premix Tennant Colorant before adding to the combined Parts A/B/C to ensure uniform color. Add colorant to combined Parts A/B/C and mix using a Jiffy® mixer blade and slow speed drill. Mix until well blended. Pour into application tray.
APPLY ECO-SDS SATIN at the rate of 600 ft2/gallon (55.7 m2/3.78 L) with a 3/8” (10 mm) nap roller. For proper appearance and development of physical properties, it is crucial that material is not applied above or below this rate. Material applied at a lower application rate will tend to foam at higher humidities and temperatures. Dip the roller in the coating and lightly roll out excess in the application tray. Apply material in an area no wider than 10 feet (3.0 meters). One dip should cover about 45 sq. ft. (4.2 m2).
SPREAD THE MATERIAL evenly with V-shaped cross passes.
MAKE SURE THE FLOOR HAS JUST ENOUGH COATING TO COVER EVENLY. Excess material could cause the floor to blister, especially in high humidity and will show more roller marks. Insufficient material will cause the floor to look non-uniform. If you cannot see the grit texture, the material is too thick.
LEVEL THE AREA with straight passes that cross the initial material paths. These final strokes will reduce roller marks. If the appearance is not satisfactory, reroll the area.
REMIX THE MATERIAL in the tray occasionally (with the roller) to prevent settling of the Part C (filler).
NOTE: This product cannot be finish rolled by a separate individual. Late finish rolling may introduce foam in the coating especially at higher humidities and temperatures.
ALLOW COATING TO DRY 24 HOURS at 75°F (24°C), 50% relative humidity before opening to light traffic. Allow more time at low temperatures, low humidity or for heavier traffic. Full coating properties take 14 days to develop.
Properties
- Typical Properties
- Electrical Properties
| Value | Units | Test Method / Conditions | |
| Abrasion Resistance (Taber Abraser CS-17 Taber Abrasion Wheel, 1,000 gram load, 1,000 Revolutions) | 38.0 | - | ASTM D4060 |
| Coefficient of Friction (COF - James Friction Tester) | 0.5 | - | ASTM D2047 |
| Coefficient of Friction (COF - Wet Static BOT 3000) | 0.95 | - | ANSI/NFSI B101.1 |
| Flammability/Rate of Burn (Topcoat Resin) | 182.0 | mm/min | ASTM D635 |
| König Hardness (3 mil / 0.08 mm Film) (Topcoat Resin Only) | 171.3 | - | ASTM D4366 |
| Percent Solids (A+B+C) | 93.67 (92.49) | wt/vol | ASTM D2369 |
| Resistance to Yellowing (As Measured Using ASTM D2244 After 1000 Consecutive Hours UV Exposure in QUV.) | max. 10 | - | ASTM G154 |
| Volatile Organic Compound (VOC, A+B+C) | 0.05 (6) | g/L / lb/gal | ASTM D3960 |
| Water Absorption (24-hour immersion, Weight Increase) | 0.2 | % | ASTM D570 |
| Value | Units | Test Method / Conditions | |
| Body Voltage Decay (With ESD Shoes or Heel Straps, 1,000 volts to <10 volts, Second) | max. 1.0 | psi/ MPa | AATCC 134-1979 (modified) |
| Body Voltage Generation (With ESD Shoes) | 12.0 | volts | ANSI/ESD STM 97.2 (ANSI/ESD S20.20 - Method 2) |
| Body Voltage Generation (With Heel Straps) | 32.0 | volts | ANSI/ESD STM 97.2 (ANSI/ESD S20.20 - Method 2) |
| Resistance to Ground in Combination with a Person (ESD Shoes or Heel Straps) | max. 3.5 x 107 | ohms | ANSI/ESD STM 97.1 (ANSI/ESD S20.20 - Method 1) |
| Surface Resistance Point to Point / Point to Ground | 1x105 - 1x109 | ohms | ESD Assoc. ANSI/ESD STM 7.1-2013 |
Regulatory & Compliance
- Certification
ELECTROSTATIC DISCHARGE CONTROL - Meets ANSI/ESD S20.20-2007 for resistance <1x109 ohms and <100 volts Body Voltage Generation
LEED® v4 – Indoor Air Quality credits available.
Meets requirements per CDPH-CA Section 01350 Standard Method for the Testing and Evaluation of Volatile Organic Chemical Emissions from Indoor Sources Using Environmental chambers Version 1.2.
Technical Details & Test Data
- Chemical Resistance
Chemical Resistance Properties (pigmented) 1 Day 7 Days (pigmented) 1 Day 7 Days Acids, Inorganic Solvents (Chlorinated) 10% Hydrochloric Acid E E Methylene Chloride P P 30% Hydrochloric Acid (Muriatic) E F Solvents (Ketones & Esters) 10% Nitric Acid E E Methyl Ethyl Ketone (MEK) F E 50% Phosphoric Acid F F Propylene Glycol Methyl Ether Acetate (PMA) E E 37% Sulfuric Acid (Battery Acid) E E Miscellaneous Chemicals Acids, Organic 20% Ammonium Nitrate E E 10% Acetic Acid E E Brake Fluid E E 10% Citric Acid E E Bleach E E Oleic Acid E E Motor Oil (SAE 30) E E Alkalies Skydrol® 500B E E 10% Ammonium Hydroxide E E Skydrol® LD4 E E 50% Sodium Hydroxide E E 20% Sodium Chloride E E Solvents (Alcohols)1% Tide® Laundry Soap E E Ethylene Glycol (Antifreeze) E E 10% Trisodium Phosphate E E Isopropyl Alcohol E E Coffee E E Methanol P P Coke® E E Solvents (Aliphatic) Ketchup E E d-Limonene F F Mustard G* G* Jet Fuel - JP-4 E E Red Wine E G* Gasoline E E 3M™ DuraPrep™ G* F Mineral Spirits E E Purdue Betadine Solution G* G* Solvents (Aromatic) Xylene E E Registered trademarks: Tide® of Procter and Gamble, Skydrol® of Solutia, Inc., Coke of Coca-Cola Company and 3M™ DuraPrep™.ASTM D1308 Test Method 3.1.1 spot test, covered. Results are based on 1-day and 7-day. Coating cured 2 weeks prior to testing.
Legend:
E - Excellent (No Adverse Effect) - Recommended. F - Fair (Moderate Adverse Effect) - Not recommended.
G - Good (Limited Adverse Effect) - Use for short-term exposure only. P - Poor (Unsatisfactory) - Little or no resistance to chemical.
*Only adverse effect was staining.
Note: Reduced chemical resistance and staining is possible in pigmented versions of the system.
- Electrical Grounding
If Eco-SDS-Satin is the primary ground, then a grounding system that meets the customer's specifications needs to be connected to the common ground of the facility. If copper tape is used, install the copper tape on the insulator coat, underneath the Eco-SDS-Satin.
Safety & Health
- Environmentally & User Friendly
- Reduced solvent means less evaporation and less waste.
- Low Odor. Can be applied during normal business hours.
- Complies with SCAQMD VOC regulations.
- Preliminary Floor Inspections
CHECK THE TEMPERATURE AND HUMIDITY: Floor temperature and materials should be between 65°F (18°C) and 80°F (27°C). Humidity must be less than 70%. Call Tennant Company Tech Support if conditions are outside these guidelines. DO NOT coat unless floor temperature is more than five degrees over the current, local dew point.
BARE CONCRETE
CHECK THE CONCRETE: Concrete must be structurally sound and free of curing membrane, paint and/or other sealer. If you suspect that the concrete has been previously sealed, call Tennant Company Tech Support for further instructions.
CHECK FOR MOISTURE: Concrete must be dry before application of this floor coating material. Concrete moisture testing must occur. In-situ relative humidity testing is recommended. Readings must be below 75% relative internal concrete humidity. Test methods can be purchased at www.astm.org, see F2170, or follow manufacturer's instructions. If moisture issues are present, the use of a moisture mitigation system may be a consideration. Please call Tennant Company Technical Support for further information / instructions.
NOTE: Although moisture testing is critical, it is not a guarantee against future problems. This is especially true if there is no vapor barrier or the vapor barrier is not functioning properly and/or you suspect you may have concrete contamination. Additional testing may be necessary to determine the vapor barrier and any contamination.
Packaging & Availability
- Packaging Options/ Part Numbers
1.09 gallons / 9009553
- Options
Use the same color in the epoxy and Eco-SDS Satin. White is not recommended for this system.
Colors in Tennant Epoxy: Use colorants at a rate of one unit per 3-gallon (11.34 liters) mix. Standard Colorants—Yellow and Light Gray will not impart total hide. Use these colorants at a rate of two units per 3-gallon (11.34 liters) mix. Similar colorants also may not hide as well. Refer to Color Selection Guide or consult Tennant Technical Support.
Colors in Eco-SDS Satin: Use Colorants at a rate of one-half unit per 1-gallon (3.78 liters) mix.
Storage & Handling
- Storage
Materials should be stored indoors between 65ºF [18ºC] and 90ºF [32ºC].
- Shelf Life
One year from date of manufacture.
- Disposal
Dispose of all excess material, packaging and other waste in accordance with federal, state and local regulations.