NYTEMP® is the next generation of high temperature, self-locking fasteners for environments up to 450°F (232° C).

Developed in answer to the military and NASA's need for a locking element that would meet their toughest standards and deliver world-class performance in temperatures up to 450°F, Orange-colored NYTEMP® is the most advanced high-temperature self-locking patch material available in the fastener industry.

NYTEMP frees designers from the 250°F maximum of traditional materials and allows them to use self-locking fasteners with multiple cycle reuse capabilities in areas never before possible. It's compatible with aerospace and defense fastener alloys such as A286, INCO®718 and CRES300 series.

Advantages

• Torque and clamp load stability up to 450° F (232° C), more than any other patch material available today
• Meets NASA's low outgassing requirements
• Patch-type non-metallic locking element - eliminates the need for metal removal that can reduce fastener strength and performance
• Vibration resistant: MIL-STD-1312 #7
• Temperature range: -70° F to (-50° C) to 450° F (232° C)
• Variable patch length and location
• 180° (std) or 360° (optional) radial coverage
• Patch can be applied to both internal and external thread fasteners of all types: nuts, screws, bolts, studs and specials
• Features the industry's highest reusability: 15 cycles
• Can be tailored to your application

NYTEMP meets and exceeds these key government and industry specifications:

• MIL-DTL-18240 REV. F - exceeds temperature and torque requirements
• QPL-18240 - can replace PET materials
• IFI-124 - exceeds torque requirements
• IFI-524 - exceeds torque requirements
• NASA SP-R-0022A - meets low outgassing TML=.02% VCM=.0% WVR=.02%
• IFI-100/107 - exceeds torque requirements

Manufacturer Specifications:

	company name	specifications
	Detroit Diesel	TES-113
	GM	6189P
	Ford	WA97O
	Chrysler	PF6157
		PF6158
	IFI	IFI-124
		IFI-524
		IFI-100/107
	ANSI	B.18.16.1M
	Military	MIL-DTL-18240F
		MIL-QPL-18240
		AN, MS and NAS Parts
	NASA	SP-R-0022A