LyTherm® 880-LH Binderless Grade Paper is a 100% inorganic material processed from washed, spun, high purity alumina-silica fibers. It is recommended for continuous use at temperatures up to 2600°F (1427°C) in applications where off-gassing of the organic binder cannot be tolerated. LyTherm® 880-LH Paper is manufactured using a patented process that provides high tensile handling strength. Because it is processed from higher alumina content fibers, LyTherm® 880-LH Paper has a higher use temperature, is less chemically reactive, and has lower thermal shrinkage. It is a clean, low shot content paper with extremely low thermal conductivity.
880-LH Papers are engineered primarily for applications in the heat treat industry above 2300ºF, where silica contamination, shrinkage, and tensile strength are problems. 880-LH Papers can be cut and handled without tearing, have a clean dust-free surface which eliminates metal pitting, and their binderless formulation prevents carbon pick up and surface discoloration.
LyTherm® 880-LH Binderless Paper possesses excellent chemical stability and resists attack from most corrosive agents. Exceptions are hydrofluoric and phosphoric acids and concentrated alkalies.
Features/Advantages:
Easy to cut, wrap or form
Temperature stability
Low thermal conductivity
Low heat storage
Resilient and Flexible
Light Weight
Thermal shock resistant
Good dielectric strength
High fired tensile strength
Good flame resistance
Applications:
Vacuum Heat Treat applications above 2300ºF
Powdered metal sintering
Tray and basket liner
Separating media to prevent sticking
Military, aerospace, nuclear, and medical industries
Parting agent in brazing, heat treating, and metal forming processes
Applications requiring low silica content
Lydall Performance Materials | |
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Product Category | Specialty Fibers, Fabrics, and Textiles |
Product Name | LyTherm® 880-LAH High Temperature Commercial Paper |
Type | Industrial Fabric; Nonwoven; Spunbond or Meltblown |
Material | Alumina; Quartz / Fused Silica; Ceramic |
Applications | Aerospace; Dielectric Insulation; Fire; Medical; Thermal Insulation; Heat Treating |
Performance Features | ChemRes |
Use Temperature | 2600 F (1427 C) |