Cable tie outside serrated for narrow space, 185x9mm, ⌀4-42mm, black, 100pcs.
Art.-No. 112-00082 | SPH175-PA66HIRUV(REC)-BK |

Made from a blend of post-industrial and post-consumer recycled PA66
Excellent UV resistance for long-term outdoor use (20 years)
Outside serration design with an anti-slip feature on the inside to prevent lateral movement of sensitive cables and bundles
Low profile head, ideal for use in narrow spaces
Low insertion force enables quick, tool-free manual installation
Pre-locking position supports secure placement before final installation
Installer-friendly packaging: belt clip and multiple openings

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Application	The low profile head cable ties from the SPH-Series meet a wide range of needs. They can be installed both indoors and outdoors, thanks to their UV resistance. They are particularly valued for cable tray installations as well as in the construction sector. These ties are also increasingly used in industrial applications.
Colour	Black (BK)
Fixation Method	Cable Tie
Identification Plate Position	none
Key product features	for narrow space
Material	Polyamide 6.6 recycled, high impact modified, UV-stabilised (PA66HIRUV(REC))
Mechanical Strength	500N
Min.Tensile Strength	500N
PART DESCRIPTION	SPH175-PA66HIRUV(REC)-BK
Package Content	100pcs.
Product Family	SPH-Series
Product Group	Cable ties with low profile head
Releasable Closure (Yes/No)	No
Tie Closure	plastic pawl
Type	SPH175
UV-Stabilised	Yes
Variant	Outside Serrated
Weight/Unit	0.0031kg

Flammability	UL 94 HB
Halogen-free	Yes
Hazardous Goods	No
Operating Temperature	-40 °C to +85 °C, (+105 °C, 500 h)
ROHS compliant	Yes
Specifications
	Source products are manufactured with plastics recovered from recycled waste or marine environments, derived from renewable plant-based sources, or use materials with lower equivalent emissions. HellermannTyton also offers product solutions that – by design – reduce waste or support reusability and recyclability. ReSource highlights HellermannTyton products that are made from recycled waste or from virgin materials with relatively lower carbon emissions.