Enhanced TDS
Identification & Functionality
- Chemical Family
- Chemical Name
- CASE Ingredients Functions
- Industrial Additives Functions
- Technologies
- Product Families
Features & Benefits
- Labeling Claims
- CASE Ingredients Features
- Industrial Additives Features
- Product Benefits
- Has low odor
- Evaporates cleanly on drying without leaving a residue
- Reduced residual water sensitivity an equally efficient as AMP-95
- Broad compatibility with all coatings and materials rapidly mixes into coatings due to its low viscosity.
- Does not freeze leaving no residual crystallization
- Excellent performance of filler loading, pigment dispersing, reduce working viscosity and increase toughness of polymer.
- Suitable for cosmetic application
- Benefits of Using Global Biocides M-Amine 1 vs AMP-95®
- Zero contribution of VOC
- Not combustible nor flammable therefore easier use in factory conditions
- No ammonia odor and lower odor than AMP
- No crystalline residue under moist and cold conditions
- Reduced residual water sensitivity
- Broad compatibility with most coatings systems
- Freeze resistance at typical use levels
- Early Blister resistance and water sensitivity
Applications & Uses
- Markets
- Applications
- Compatible Polymers & Resins
- Compatible Substrates & Surfaces
- Coating End Applications
- Industrial Additives End Use
- Product Applications
Tytan coupling agents can enhance the dispersion of inorganic fillers in polymer systems such as PP, PE, by modifying the surface of filler particles. The content of fillers can therefore be increased, saving the cost of polymer, while maintaining the mechanical property.
Properties
- Physical Form
- Appearance
- Clear Liquid
- Physical Properties
Value Units Test Method / Conditions pH Value 12.0 Freezing Point Low Viscosity Water - Thin - - Specific Gravity 1.05 - - Ammonia Content 0 % - Volatile Organic Compound Content 0 % -
Regulatory & Compliance
Technical Details & Test Data
- Results Data for M-Amine– 1
Results for M-Amine– 1 VOC Study—ASTM Method D6886-14* PVA FLAT PAINT ACRYLIC SEMI-GLOSS No M-Amine 1 w 0.2% M-Amine 1 No M-Amine 1 w 0.2% M-Amine 1
Material VOC (g/L) 10 10 4 4 Coating 30 30 10 10 * Independent lab test—CalPoly Feb 2016
Resistance and Water SensitivityAMP-95® Early Blister M-Amine 1 100% Acrylic Semi-Gloss slight blisters no blisters PVA Gloss heavy blisters no blisters OBJECTIVES:
- Study pH drift of and viscosity stability in a PVA gloss system using HASE thickener
- Study Zinc Oxide stability
- Study the dispersant-aid and color development characteristics
- Study the affect of M-Amine-1 in development of wet adhesion and water sensitivity and compare with AMP-95
OBSEVATIONS:
- For pH drift and viscosity stability, 3.5 LB per 100 Gallon of amines were added to a gloss PVA, containing DR-1 (R&H). Samples were placed in an oven at 130 degree F for four weeks.
- M-Amine and AMP-95 were both tested as stability-aid agents in a stain-blocking acrylic primer and 100% acrylic exterior house paint. Samples were placed in oven at 130 degree for six weeks (the stain-blocking primer), and four weeks (the exterior house paint)
- Dispersion and color development characteristics were evaluated in a 100% acrylic semi gloss. Two batches were prepared using 50 LB of yellow Oxide, 3 LB of amine, 6 LB of tamol-681, and 2 LB of CF-10 in grind. The third batch was prepared in the same manner using ammonia instead of amine. The same grind set-up was used for all batches containing M-Amine-1, ammonia, and AMP-95. Grinds were completed in 7 minutes at 2,500 RPM. All batches were evaluated for gloss development and colorflow characteristics.
- A PVA and 100% acrylic semi gloss paint were applied on an aged alkyd panel, then allowed to dry two hours at room temperature, then, the panel was placed in a humidity chamber for 6 hours. The panel was evaluated for blisters
CONCLUSIONS:
- M-Amine-1, in all tests, performed as well or better than AMP-95. Performance characteristics for pH drift and viscosity stability of MAmine- 1 are comparable to AMP-95. Zinc Oxide stability of MAmine- 1 is slightly better than AMP-95 in one acrylic and equal to it in the second acrylic.
- Grind- aid and color development characteristics of M-Amine-1 are comparable with AMP-95. M-Amine-1 exhibits better early blister resistance when compared with AMP-95. Development of improved early blister resistance of paints containing M-Amine-1 indicates that in comparison to the paints which contain AMP 95 the white crystalline residue remaining after AMP 95 evaporates may cause initial water sensitivity problems.
Packaging & Availability
- Packaging Type
- Supplied by
- Packaging Information
500 lb drums