NKN 2-2-2 (36" X 36" SHEET)
NKN 2-2-2 is a triplex laminate constructed of calendared DuPont Nomex paper bonded to polyimide film with a proprietary high temperature adhesive. The materials are designed not to delaminate or blister at high temperatures. The polyamide film in these 2 and 3 ply laminates contributes high dielectric strength, as well as a good initial tear strength and tensile properties. The Nomex paper provides long term thermal stability, as well as improved propagation tear strengths. Excellent Class H insulation.
NKN 3-3-3 (36" X 36" SHEET)
NKN 3-3-3 is a triplex laminate constructed of calendared DuPont Nomex paper bonded to polyimide film with a proprietary high temperature adhesive. The materials are designed not to delaminate or blister at high temperatures. The polyamide film in these 2 and 3 ply laminates contributes high dielectric strength, as well as a good initial tear strength and tensile properties. The Nomex paper provides long term thermal stability, as well as improved propagation tear strengths. Excellent Class H insulation.
NKN 2-1-2 (36" X 36" SHEET)
NKN 2-1-2 is a triplex laminate constructed of calendared DuPont Nomex paper bonded to polyimide film with a proprietary high temperature adhesive. The materials are designed not to delaminate or blister at high temperatures. The polyamide film in these 2 and 3 ply laminates contributes high dielectric strength, as well as a good initial tear strength and tensile properties. The Nomex paper provides long term thermal stability, as well as improved propagation tear strengths. Excellent Class H insulation.
NKN 2-3-2 (36" X 36" SHEET)
NKN 2-3-2 is a triplex laminate constructed of calendared DuPont Nomex paper bonded to polyimide film with a proprietary high temperature adhesive. The materials are designed not to delaminate or blister at high temperatures. The polyamide film in these 2 and 3 ply laminates contributes high dielectric strength, as well as a good initial tear strength and tensile properties. The Nomex paper provides long term thermal stability, as well as improved propagation tear strengths. Excellent Class H insulation.