F CRIMP: F59IS-K & F6IS-K (Knurled) | F59 & F6 (Original)

F COMPRESSION: F59K/C & F6K/C (Knurled)

F6 Knurled Crimp Connector (IS-K)

F6KC Knurled Compression Connector

F59KC Knurled Compression Connector

F6 Connector (IS/WS)

F6 Connector (360)

F6-61-KC Compression Connector

F59IS-K and F6IS-K Knurled Crimp Connectors

In addition to having all the properties of the orginal (un-knurled) crimp connectors below, the Knurled series offers significant benefits. For more information about our trademark Knurled nut heads, click here.

Details — F59IS-K & F6IS-K Knurled Series:

	Precision machined knurled head
	Knurled head allows for finger tightening while 7/16” hex allows for proper torque
	Knurled series is easier to use, which leads to quicker installs and lower costs
	Uses industry standard hex tool in either .324 or .360 size
	Hex crimp does not interfere with the impedance of the cable
	SCTP compliant

F59 and F6 Crimp Connectors

We offer 10 different types of F59 and F6 Series crimp connectors - from standard F59, 60% braid to Quadshield.

Details — F59 & F6 Series:

	All F crimp connectors use “inside ditch” technology to exceed SCTE pull strength specification
	Connector is machined from raw Brass to ensure purity and consistency
	F series connectors are triple plated to ensure longevity
	Precision machined nut interface features a raised flange, and an air tight seal to ensure no moisture ingress, or RF egress
	Uses standard 7/16” hex nut, and barrel uses either .324” or .360” hex crimp

F59K/C and F6K/C Knurled Compression Connectors

Combining our knurled head, with state of the art compression technology, K/C series connectors are the perfect choice for both indoor and outdoor applications.

Details - Knurled Compression Connectors:

	Precision machined knurled head
	Knurled head allows for finger tightening while 7/16” hex allows for proper torque
	Knurled series is easier to use, which leads to quicker installs and lower costs
	Uses industry standard 20.3 type compression tool
	Compression crimp does not interfere with the impedance of the cable