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Supplier: Bondex, Inc.
Description: Bondex has been producing state-of-the-art Thermal-bonded Nonwovens since 1997. Our Flat and Point-bonded materials are used extensively in business machines, electrical insulations substrates, filtration and separation composites and niche medical sector applications. Our capabilities
- Applications: Aerospace, Automotive / Transportation, Chemical Process, Electrical / Electronics, Medical
- Fabric Weight: 16.95 to 119 gsm
- Material Type: Synthetic / Polymer, Acetate / Triacetate, Aramid, Nylon / Polyamide, Polyester, Polypropylene, PPS / Sulfur, Rayon / Lycocell
- Overall Thickness: 6.00E-4 to 0.0200 inch
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Supplier: Bondex, Inc.
Description: these products which better fit your needs in these applications. Bondex is an innovative nonwovens and specialty roll goods manufacturing company located in South Carolina, USA. Bondex has been producing technical nonwovens with thermal bond technology since 1997,
- Applications: Aerospace, Apparel / Clothing, Automotive / Transportation, Chemical Process, Industrial OEM
- Material Type: Synthetic / Polymer, Aramid
- Structural Features: Hydroentanglement, Coated / Sized
- Type: Wet-laid / Air-laid Nonwoven, Spunbond / Meltblown Nonwoven, Carded / Needlepunched Nonwoven
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Supplier: Johns Manville Corp.
Description: several thin, continuous filaments. These are cooled, stretched and solidified to consistent dimensions before being laid on the belt to form a mat. Depending on your requirements, we have the ability to vary our bonding technologies. Our nonwovens can be bonded thermally,
- Applications: Architectural / Construction, Battery / Fuel Cell, Filtration, Industrial OEM, Other
- Material Type: Synthetic / Polymer, Polyester
- Type: Spunbond / Meltblown Nonwoven
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Supplier: Lydall Performance Materials
Description: ManniGlas® 1900 is a non-respirable, low cost alternative to silicone and ceramic fiber gasketing materials. It also excels in applications requiring superior thermal resistance where space is limited. Features/Advantages: Made from non-respirable, electrical grade glass
- Applications: Automotive / Transportation, Fire Proofing / Thermal Protection, HVAC, Industrial OEM
- Fabric Weight: 137 to 760 gsm
- Fabric Strength: 11 to 80 lbs/in
- Material Type: Glass / Fiberglass
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Supplier: Lydall Performance Materials
Description: ManniGlas® 1902 is a non-respirable, low cost alternative to silicone and ceramic fiber gasketing materials. Glass fibers are engineered to have a black appearance to blend in with dark background applications while still providing superior thermal resistance in a limited space
- Applications: Automotive / Transportation, Fire Proofing / Thermal Protection, Industrial OEM
- Fabric Weight: 393 to 786 gsm
- Fabric Strength: 40 to 60 lbs/in
- Material Type: Glass / Fiberglass
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Supplier: Lydall Performance Materials
Description: ManniGlas® 1200 is our premium grade, non-respirable, low cost alternative to silicone and ceramic fiber gasketing materials. It also excels in applications requiring superior thermal resistance where space is limited. Features/Advantages • Made from premium
- Applications: Automotive / Transportation, Fire Proofing / Thermal Protection, HVAC, Industrial OEM
- Fabric Weight: 73 to 441 gsm
- Fabric Strength: 11 to 50 lbs/in
- Material Type: Glass / Fiberglass
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Supplier: Lydall Performance Materials
Description: ManniGlas® 1908 is a composite of glass fiber base with a flame resistant inorganic coating. This thermal-barrier coating impedes the penetration of heat and flame to protect combustible materials. Substrate thickness and level of inorganic treatment can be custom engineered to achieve
- Applications: Automotive / Transportation, Fire Proofing / Thermal Protection, Industrial OEM
- Fabric Weight: 176 to 780 gsm
- Fabric Strength: 14 to 45 lbs/in
- Material Type: Glass / Fiberglass
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Supplier: Johns Manville Corp.
Description: Johns Manville’s needle mat is made incombustible by bonding glass fibers via mechanical needling. Due to its voluminous product structure, our needle mat is a great option for use as thermal insulation in canteen kitchen appliances, gas turbines and manufacturing facilities. Our
- Applications: Fire Proofing / Thermal Protection, HVAC, Industrial OEM, Other
- Fabric Weight: 300 to 4600 gsm
- Material Type: Glass / Fiberglass
- Overall Thickness: 0.1772 to 0.9843 inch
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Supplier: Bondex, Inc.
Description: . As a proud member of Andrew Industries Limited, a privately owned U.K. multi-national manufacturing company, our mission is to bring value to our customers through superior service, innovation and product quality. Bondex has been producing technical nonwovens with thermal bond
- Industry: Aerospace, Automotive, Chemicals / Materials, Consumer, Electrical / Electronics, Environment, General Industrial, Medical, Petroleum / Oil & Gas, Utilities, Other
- Location: North America, United States Only, Southern US Only
- Materials: Plastics
- Services: Design, Model, Prototype, Test / Inspect
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Supplier: Plascore Incorporated
Description: without a non-woven polyester veil for better bonding. It is also supplied with or without a film barrier under the polyester veil to limit the amount of resin consumption. Features: • High strength-to-weight ratio • Corrosion, fungi, rot, chemical and moisture
- Application: Automotive, Aerospace, Flooring Structure
- Core Type: Honeycomb Core
- Features: Thermally Insulating / Insulative
- Length: 50 ft
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Composites
The standard methods of nonwoven manufacture - thermal and chemical bonding, mechanical or spinning - can all be used for composite manufacture, so the same possibilities of surface flaws exist.
More Information Top
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http://etd.auburn.edu/bitstream/handle/10415/17/Fan_Xiuling_15.pdf?sequence=1
… 4.2.1 Preparation of thermobonded chicken feather fiber nonwovens ................142 4.2.2 Property testing of the thermobonded nonwovens for filtration.................144 4.3 Results and Discussion ........................................................................................145 4.3.1 Filtration properties of thermal bonded nonwovens ...................................145 4.3.2 …
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Effects of binder fibers and bonding processes on PET hollow fiber nonwovens for automotive cushion materials
In addition, the only thermal bonded nonwoven, NWA (TP), has a similar strength but lower elongation in comparison with the needle punched and thermal bonded nonwovens , NWA (NP+TP).
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Tensile behaviour of thermally bonded nonwoven structures: model description
Alternatively, finite-element models have also been used for predicting the stress–strain characteristics of thermal bonded nonwovens [30].
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http://www.jeffjournal.org/INJ/summer01.pdf
It is suitable for hydroentan- gled and thermal bonded nonwovens , and works well in blends with natural and manmade fibers.
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Effects of processing condition on the filtration performances of nonwovens for bag filter media
We prepared needle punched and thermal bonded nonwovens using a nonwoven pilot plant in KITECH, and studied the various manufacturing conditions to prepare the bag filter media.
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http://www.jeffjournal.org/INJ/summer02.pdf
In the calendaring process of thermal bonding of nonwovens , the fibers are pressed between two rolls under pressure and at elevated tem- peratures.
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Thermal bonding of polypropylene films and fibers
Fibers at the centerline of bond spot will be strained more compared to the fibers at the edge.8 Fibers with lower orientation and crystallinity form stronger ther- mal point bonded nonwovens presumably because the fibers can deform more before rupturing at …
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http://www.jeffjournal.org/INJ/fall02.pdf
Bechter D., Kurz G., Maag E. and Schutz J. “ Thermal Bonding of Nonwovens ”, Textil-Praxis, 1991 (46), pp. 1236- 1240.
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Introduction to Nonwovens Technology
Thermal bonds in nonwovens are also achieved by point bonding, which yields fabrics that are strong yet flexible.
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Nonwoven Fabrics
Since 1975, thermal bonding of nonwovens has grown rapidly among staple-based, dry-laid nonwoven producers.
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