Anti-termite and Anti-insect Nylon Sheath Solar Cable

Photovoltaic (PV) cables are essential for connecting DC voltage terminals of solar equipment, rated up to 1.8kV DC. These cables are designed to withstand challenging environmental factors such as UV exposure, ozone, extreme temperatures, and abrasion, ensuring durability and reliability. With superior weather resistance, they offer a service life of at least 25 years, making them ideal for residential, commercial, and large-scale solar applications. These cables ensure safe, consistent power transmission and long-term performance, even in harsh outdoor conditions, making them a key component in solar energy systems. 

Outer Sheath: Nylon,The hard outer layer makes it difficult for rodents to bite through, which helps prevent damage from insects and ants.

1. The Conductor Is Tinned Copper Conductor

① Protects against oxidation.

② Ensures strong welds.

 

2. The Conductor Is Soft Copper Conductor

① Flexible for smooth bends.

② Made for moving solar panels.

③ Simple setup.

 

3. The Insulation and Sheath Are Made of Low-smoke Halogen-free Flame-retardant Material with a Temperature Resistance of 125℃

① Handles extreme heat.

② Flame-retardant for safety.

 

4. Insulation and Sheath Materials Have Heat Shrinkage

① Keeps cables secure.

 

5. The Insulation and Sheath Materials Withstand Cold

① Reliable in -40℃ to 125℃.

② Won’t break.

 

6. The Cable Resists Acid and Alkali Water

① Waterproof, stable performance.

② Tough in chemicals.

 

7. Excellent UV Resistance

① 25 years of use.

② Break elongation ≤50%.

Our solar cables have obtained multiple international certifications, including TUV, EN, UL, CE and CQC, ensuring compliance with various market regulations worldwide. These certifications attest to the durability, efficiency, and long-term stability of our cables, making them suitable for various photovoltaic applications, from residential solar panels to large-scale solar farms. 

The regular packaging includes rolls of 100 meters, 200 meters, 500 meters, 1000 meters, and 3000 meters. Customers can choose the most suitable packaging size based on their project requirements.

Corss	Construction(n/mm)	Conductor	Resistance	Insulation	Sheath	Outer	Carrying	Weight(kg/km)
Section(mm2）		Stranded(mm)	of Conductor(Ω/km)	Thickness(mm)	Thickness(mm)	Diameter(mm)	Capacity(A)
1×1.5	44/0.2	1.53	13.7	0.70	0.80	4.25	22	32.8
1×2.5	74/0.2	1.99	8.21	0.70	0.80	4.71	31	38.8
1×4	56/0.28	2.52	5.09	0.70	0.80	5.20	41	50.6
1×6	84/0.28	3.04	3.39	0.70	0.80	5.60	53	68.8
1×10	7×11/0.4	4.05	1.95	0.70	0.80	7.17	74	114.9
1×16	7×17/0.4	5.04	1.24	0.70	0.90	8.36	99	183.0
1×25	7×26/0.4	6.23	0.795	0.90	1.00	10.18	132	278.2
1×35	7×37/0.4	7.43	0.565	0.90	1.10	11.59	161	381.5
1×50	12×31/0.4	8.90	0.393	1.00	1.20	13.48	201	535.7
1×70	19×18/0.5	10.67	0.277	1.10	1.20	15.45	259	745.3
1×95	19×23/0.5	12.06	0.21	1.10	1.30	17.05	316	936.7
1×120	19×29/0.5	13.54	0.164	1.20	1.30	18.74	374	1164.4
1×150	19×37/0.5	15.30	0.132	1.40	1.40	21.12	426	1482.8