Self-locking Stainless Steel Ties

1.Material: Stainless Steel 201/304/316.
2.Features: Ball-lock, low profile, smooth rounded edges ensure safe, useful in extreme temperature environment. All width and length can be customized as request. Flame retardant and non-toxic.
3.Working temperature: -60℃ to 550℃.
4.Color: Silver.
5.Certificates: CE, RoHS.

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Self-Locking Stainless Steel Cable Ties for Harsh Environments

Self-locking stainless steel cable ties are designed for secure cable bundling and industrial fastening in harsh environments where conventional nylon ties may be unsuitable.

Available in SS201, SS304 and SS316, they combine a non-releasable ball-lock mechanism with high mechanical strength and resistance to weathering and elevated temperatures.

Secure Ball-Lock Fastening

The integrated stainless steel ball-lock head provides quick, one-way fastening without separate buckles. The low-profile design and rounded strap edges help simplify installation, while suitable tensioning tools support consistent tightening and clean tail cutting.

Corrosion Resistance for Different Environments

Different stainless steel grades are available to match application conditions:

SS201: Economical option for relatively mild environments.
SS304: General industrial and outdoor applications.
SS316: Improved corrosion resistance for marine, coastal and chloride-exposed environments.

Material selection should consider moisture, chemicals, salt exposure and operating temperature.

Designed for Demanding Applications

Marine & Shipbuilding: Cable fastening in humid and salt-exposed environments.
Oil, Gas & Chemical Plants: Industrial cable and equipment fastening where corrosion and heat are concerns.
Rail & Infrastructure: Metal cable management where mechanical durability and suitable fire-resistant support systems are important.
Solar & Outdoor Utilities: Long-term fastening exposed to sunlight and changing weather.
Industrial Machinery: Cable and equipment fastening subject to mechanical stress and vibration.
Electrical Installations: Cable support and organization where metal fasteners are specified.

Multiple Sizes & Strength Options

Available in 4.6–19 mm widths and 100–1100 mm lengths (other length can be customized upon request), with different thicknesses, bundle diameters and loop tensile-strength ratings.

Custom dimensions and packaging are available according to project requirements.

Installation & Cable Protection

For consistent fastening, use an appropriate stainless steel cable tie tensioning and cutting tool. When securing sensitive cables or dissimilar metals, protective coatings or suitable insulation barriers may be required to reduce abrasion and contact corrosion.

Item No.	Width(W)		Length(L)		Thickness(T)		Max.Bundle Dia. (E)		Min.loop tensile strength
Item No.	mm	inch	mm	inch	mm	inch	mm	inch	LBS	KGS
NLSS-4.6×100	4.6	0.18	100	3.94	0.25	0.01	25	0.98	250	110
NLSS-4.6×130	4.6	0.18	130	5.12	0.25	0.01	32	1.26	250	110
NLSS-4.6×150	4.6	0.18	150	5.91	0.25	0.01	37	1.46	250	110
NLSS-4.6×200	4.6	0.18	200	7.87	0.25	0.01	50	1.97	250	110
NLSS-4.6×250	4.6	0.18	250	9.84	0.25	0.01	63	2.48	250	110
NLSS-4.6×300	4.6	0.18	300	11.81	0.25	0.01	76	2.99	250	110
NLSS-4.6×350	4.6	0.18	350	13.78	0.25	0.01	89	3.5	250	110
NLSS-4.6×400	4.6	0.18	400	15.75	0.25	0.01	102	4.02	250	110
NLSS-4.6×500	4.6	0.18	500	19.69	0.25	0.01	128	5.04	250	110
NLSS-4.6×600	4.6	0.18	600	23.62	0.25	0.01	154	6.06	250	110
NLSS-4.6×700	4.6	0.18	700	27.56	0.25	0.01	179	7.05	250	110
NLSS-4.6×800	4.6	0.18	800	31.5	0.25	0.01	193	7.6	250	110
NLSS-4.6×900	4.6	0.18	900	35.43	0.25	0.01	200	7.87	250	110
NLSS-4.6×1000	4.6	0.18	1000	39.37	0.25	0.01	206	8.11	250	110
NLSS-7.9×150	7.9	0.31	150	5.91	0.25	0.01	37	1.46	340	150
NLSS-7.9×200	7.9	0.31	200	7.87	0.25	0.01	50	1.97	340	150
NLSS-7.9×250	7.9	0.31	250	9.84	0.25	0.01	63	2.48	340	150
NLSS-7.9×300	7.9	0.31	300	11.81	0.25	0.01	76	2.99	340	150
NLSS-7.9×350	7.9	0.31	350	13.78	0.25	0.01	89	3.5	340	150
NLSS-7.9×400	7.9	0.31	400	15.75	0.25	0.01	102	4.02	340	150
NLSS-7.9×500	7.9	0.31	500	19.69	0.25	0.01	128	5.04	340	150
NLSS-7.9×600	7.9	0.31	600	23.62	0.25	0.01	154	6.06	340	150
NLSS-7.9×800	7.9	0.31	800	31.5	0.25	0.01	193	7.6	340	150
NLSS-7.9×1000	7.9	0.31	1000	39.37	0.25	0.01	206	8.11	340	150
NLSS-10×300	10	0.39	300	11.81	0.25	0.01	76	2.99	480	210
NLSS-10×350	10	0.39	350	13.78	0.25	0.01	89	3.5	480	210
NLSS-10×400	10	0.39	400	15.75	0.25	0.01	102	4.02	480	210
NLSS-10×500	10	0.39	500	19.69	0.25	0.01	128	5.04	480	210
NLSS-10×600	10	0.39	600	23.62	0.25	0.01	154	6.06	480	210
NLSS-10×800	10	0.39	800	31.5	0.25	0.01	193	7.6	480	210
NLSS-10×1000	10	0.39	1000	39.37	0.25	0.01	206	8.11	480	210
NLSS-12×350	12	0.47	350	13.78	0.35	0.014	78	3.07	675	300
NLSS-12×400	12	0.47	400	15.75	0.35	0.014	102	4.02	675	300
NLSS-12×500	12	0.47	500	19.69	0.35	0.014	128	5.04	675	300
NLSS-12×600	12	0.47	600	23.62	0.35	0.014	154	6.06	675	300
NLSS-12×750	12	0.47	750	29.53	0.35	0.014	188	7.4	675	300
NLSS-12×900	12	0.47	900	35.43	0.35	0.014	228	8.98	675	300
NLSS-12×1100	12	0.47	1100	43.31	0.35	0.014	278	10.94	675	300
NLSS-15×350	15	0.59	350	13.78	0.35	0.014	78	3.07	900	400
NLSS-15×400	15	0.59	400	15.75	0.35	0.014	102	4.02	900	400
NLSS-15×450	15	0.59	450	17.72	0.35	0.014	108	4.25	900	400
NLSS-15×600	15	0.59	600	23.62	0.35	0.014	148	5.83	900	400
NLSS-15×750	15	0.59	750	29.53	0.35	0.014	184	7.24	900	400
NLSS-15×900	15	0.59	900	35.43	0.35	0.014	220	8.66	900	400
NLSS-15×1100	15	0.59	1100	43.31	0.35	0.014	272	10.71	900	400

Frequently Asked Questions

1. What are self-locking stainless steel cable ties used for?

They are used for cable bundling and industrial fastening in marine, outdoor, high-temperature and demanding industrial environments.

2. What is the difference between 304 and 316 stainless steel cable ties?

Both offer corrosion resistance, but SS316 generally performs better in chloride-exposed and marine environments.

3. Are stainless steel cable ties suitable for high temperatures?

Yes, within the specified rating. The maximum operating temperature depends on the steel grade, locking structure and any protective coating.

4. Do stainless steel cable ties require special installation tools?

They can be installed using compatible tensioning and cutting tools, which help achieve consistent fastening and cleaner tail cutting.

5. Can stainless steel cable ties damage cable insulation?

Excessive tension or direct metal contact may damage sensitive cables. Protective coatings or insulation barriers are recommended when necessary.

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