Applications - By Material
Emabond® process can join a wide range of similar and dissimilar thermoplastics. We are providing a few application examples of the more commonly joined materials. We offer a FREE Compatibility Service wherein our lab can provide physical performance using test bars of your specific material. Please contact Emabond directly for specifics.
Polypropylene
Polypropylene continues to be the thermoplastic of choice for countless applications. Polypropylene offers useful combinations of properties such as toughness and chemical, heat, moisture, tear, and flex resistance. This versatility allows polypropylene to be used to create high value, cost effective applications. Polypropylene is the most commonly joined material by the Emabond process and continues to grow as the properties of PP are enhanced.
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Applications |
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- Air Cleaner Assemblies
- Air Resonators
- Beverage Containers
- Commercial Seating
- Commercial Water
- Dishwasher Sump Housings
- Dishwasher Wash Arms
- Fiber Optic Cable Enclosures
- Fluid Holding Tanks
- Food Processing
- Glove Box Doors
- Heat Exchangers
- Hot Water Kettles
- Industrial Solution
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Glass Filled PP or PA (Nylon)
Glass-filled polypropylenes have advantageous properties such as high strength, stiffness, chemical resistance, low specific gravity, and low cost relative to typical engineering resins. Possible applications of such glass-filled polypropylenes include pressure vessels, appliances, hot water plumbing, and transportation uses. The Emabond process is very effective for joining of highly glass-filled thermoplastics when compared to alternative welding methods.
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Applications |
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- Commercial Seating
- Commercial Water
- Dishwasher Sump Housings
- Fluid Holding Tanks
- Heat Exchangers
- Hot Water Tanks
- Instrument Panels
- Interior Components
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Polyethylene
Polyethylene is used in a wide variety of applications because, based on its structure, it can be produced in many different forms. Emabond can be used to join a wide variety of polyethylene, LDPE, MDPE, HDPE, UHMW versions, filled materials as well as elastomeric-based compositions. Joining of blow molded to injection molded and/or extruded structures are also widely practiced using the Emabond process. Emabond has successfully overcome many of the limitations of thermal and frictional forms of welding PE products.
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Applications |
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- Coolant Reservoirs
- Direct Media Bonding
- Fluid Holding Tanks
- Food Processing
- Insulated Food Containers
- Pallets
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Engineering Thermoplastics
Engineering polymers give you the freedom to design for both performance and cost savings. Emabond process can join virtually all engineering thermploplastcs including many of the high temperature specialty compositions that may be considered for high performance specialty applications. Please consult our material compatibility chart or contact Emabond directly for your specific requirement. The most common materials used in Emabond applications include; PC, PC/ABS, ABS, PA6, PA6/6, elastomeric, and alloy’s.
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Applications |
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- Air Resonators
- Arterial Filters
- Blood Oxygenator
- Carbon Canisters
- Commercial Seating
- Direct Media Bonding
- Fluid Holding Tanks
- Hot Water Tanks
- Insulated Food Containers
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- Oil and Fuel
- Pharmaceutical Fluids
- Sleep Apnea Dehumidifier
- Speaker Enclosures
- Specialty Materials
- Stem Cell Culture Dish
- Transmitter Housing
- UTH Reservoirs
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Dissimilar Materials
Emabond can provide fusion and in some cases mechanical bonds on a wide range of dissimilar material combinations. Examples include elastomeric to rigid plastics, open cell PU foam to rigid. Please consult our material compatibility chart or contact Emabond directly for your specific requirements...
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Applications |
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- Commercial Seating
- Membrane Housings
- Photographic Solutions
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