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Aerafin Polyolefin Polymers
Polyolefin polymers provides a variety of applications by supplier, Synthomer Adhesives Technologies.
Choosing the right polymer for hot melt adhesives can be a challenge. When evaluating polymers, the ideal product would enable the optimum blend of good cohesion, processability, low odor, and thermal stability. But finding a polymer that enables a fomulation to excel at all of these performance characteristics can be difficult.
Aerafin™ polyolefin polymers are changing that with a next generation polyolefin that enables hot-melt adhesives to be formulated to have a improved mechanical properties, best in class thermal stability, and the ability to spray at lower temperatures while delivering low odor and low VOCs the industry has come to expect from the best olefin-based hot-melt adhesives available.
Benefits:
- Excellent Thermal Stability
- Compatibility With A Wide Range Of Hydrocarbon Tackifying Resins
- Good Adhesion With Excellent Peel Strength
- In Formulation, Enables A Robust Adhesive System With A Broad Processing Window And Sprayability
- Low Color And Odor
- Reliable Global Supply
Benefits:
- Excellent Thermal Stability
- Compatibility With A Wide Range Of Hydrocarbon Tackifying Resins
- Good Adhesion With Excellent Peel Strength
- In Formulation, Enables A Robust Adhesive System With A Broad Processing Window And Sprayability
- Low Color And Odor
- Reliable Global Supply
Industries
This can contain industry information or supplemental information such as tables and charts
This can contain industry information or supplemental information such as tables and charts
Product Information
Physical Form: Pellets
Viscosity, Brookfield @ 190°C: 1500 cP
Ring and Ball Softening Point: 125 °C (257 °F)
Glass Transition Temperature (Tg): -38 °C (-36 °F)
Penetration Hardness: 20 dmm
Physical Form: Molten/solid
Viscosity, Brookfield @ 190°C: 1700 cP
Ring and Ball Softening Point: 130 °C (266 °F)
Glass Transition Temperature (Tg): -38 °C (-36 °F)
Penetration Hardness: 20 dmm
Physical Form: Pellets
Viscosity, Brookfield @ 190°C: 3300 cP
Ring and Ball Softening Point: 120 °C (248 °F)
Glass Transition Temperature (Tg): -40 °C (-40 °F)
Penetration Hardness: 14 dmm
Application:
Hot-melt adhesives with the right olefin polymer
Choosing the right polymer for hot melt adhesives can be a challenge. When evaluating polymers, the ideal product would enable the optimum blend of good cohesion, processability, low odor, and thermal stability. But finding a polymer that enables a formulation to excel at all of these performance characteristics can be difficult.
Aerafin 35 Benchmarking with Commercial APO Grades:
Spray Profile Comparison:
Low-temperature spray profile comparison using a signature standard nozzle (continuous) at 600 m/min and 3 gsm at a spray temperature of 140°C.
Thermal Stability of Pure Polymers at 180⁰C:
Physical Form: Pellets
Viscosity, Brookfield @ 190°C: 18000 cP
Ring and Ball Softening Point: 120 °C (248 °F)
Glass Transition Temperature (Tg): -38 °C (-36 °F)
Penetration Hardness: 20 dmm
Physical Form: Molten/solid
Viscosity, Brookfield @ 190°C: 18000 cP
Ring and Ball Softening Point: 125 °C (257 °F)
Glass Transition Temperature (Tg): -38 °C (-36 °F)
Penetration Hardness: 25 dmm
Products Available
Product Name | Supplier | Grade | Package Type | Weight | Billing Price | Price (Package) | |
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AERAFIN 180, Technical Grade, Pellet, Bag | Synthomer Technologies | Technical | Bag | 50.00 lbs | -- |
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Aerafin™ 35 Polymer | Synthomer Technologies | Technical | Bag | 49.98 lbs | -- |
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AERAFIN 75H POLYMER, Technical Grade, Pastille, Bag | Synthomer Technologies | Technical | Bag | 50.00 lbs | -- |
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