Booster Cable

Your Professional Booster Cable Manufacturer

Our Booster Cables are designed for reliable emergency jump-starts of cars, SUVs, trucks, motorcycles, and boats, featuring high-conductivity 100% oxygen-free copper cores for minimal power loss and stable current delivery, even in extreme temperatures (-40°F to 140°F). Equipped with flame-retardant, oil-resistant double-insulated PVC jackets and nickel-plated copper ergonomic clamps, they ensure safety against short circuits and sparking, while multiple gauge (00GA/0GA/1GA/2GA/4GA/6GA/8GA/10GA or 16mm²/25mm²/35mm²) and customize length options meet diverse needs. UL/GS certified, lightweight, and comes with a storage bag, they're ideal for daily commuters, road trippers, and mechanics to handle unexpected battery failures.

CE-800AMP
Item: Booster CableSpec: 800A*2.8MMaterial: CCA, PVC-25℃Clamp: A18 copper plated clampMOQ: 1000pcs,(customer brand)
S4
Short Description: Safety Booster Cable with Surge protector
S6
Short Description: Safety Booster Cable with Wrong Connection Indicator
S7
Short Description: Safety Booster Cable with Voltmeter
1000AMP
700AMP
400AMP
200AMP
CE-400AMP
Item: Booster Cable Spec: 400A*2.5MMaterial: CCA, TPR-45℃Clamp: A07 copper plated clampMOQ: 1000pcs,(customer brand)
CE-300AMP
Item: Booster CableSpec: 300A*2.2MMaterial: CCA, TPR-45℃Clamp: A07 copper plated clampMOQ: 1000pcs,(customer brand)
CE-600AMP
Item: Booster Cable Spec: 600A*2.5MMaterial: CCA, PVC-25℃Clamp: A07-1 copper plated clampMOQ: 1000pcs,(customer brand)
CE-200AMP
Item: Booster Cable Spec: 200A*2.2MMaterial: CCA, PVC-25℃Clamp: A16 copper plated clampMOQ: 1000pcs,(customer brand)

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Why Choose Us

01.

High Quality

Specialized on car emergency tools industry over 20 years, strict quality control and factory management win customer’s trust. Factory is certified ISO9001:2015,ISO14001:2015 and BSCI.

02.

Safety

Your safety is our top priority. All products are tested when mass production and with safety certification according to different market requirement, GS,UL,CE,ETL,ROHS,PAHS,REACH and so on.

03.

Professional Team

Great design and development team provide perfect support on new product development and package design. We can make OEM/ODM and package design for all customers.

04.

24H Online Service

Our dedicated customer service team is available 24/7 to answer any questions and provide support.

Product description: Professional booster cable with UL certification,High-quality and more secure
Material	Spec(Ga)	Lenght(Ft)	Current(A)	Temp Rating(C)	Certification
CCA	10	10	125	-25	UL Listed
CCA	8	16	135	-25	UL Listed
CCA	8	14	150	-25	UL Listed
CCA	8	12	165	-25	UL Listed
CCA	6	20	160	-25	UL Listed
CCA	6	18	175	-25	UL Listed
CCA	6	16	250	-25	UL Listed
CCA	6	12	240	-25	UL Listed
CCA	4	25	200	-25	UL Listed
CCA	4	20	300	-25	UL Listed
CCA	4	16	295	-25	UL Listed
CCA	4	12	350	-25	UL Listed
CCA	2	25	290	-25	UL Listed
CCA	2	20	320	-25	UL Listed
CCA	2	16	350	-25	UL Listed

Advantages of Booster Cable

Maximum Current Rating: With a maximum current rating of between 600 –1000 amps, booster cables enable faster jump starts without risking damage to batteries or electrical systems of involved vehicles.

Insulation and Durability: The insulation in booster cables is stronger and heat resistant thus providing better protection against wear as well as other environmental factors. They may also come with additional properties such as tangle-free construction or reinforced clamps which make them more durable throughout their use.

Simple and Reliable: The basic principle of transferring power from a good battery to a dead one is straightforward, making booster cables a reliable method for jump-starting.

Emergency Preparedness: Booster cables are a valuable addition to any vehicle's emergency kit, allowing drivers to handle a common roadside issue independently.

No need for Specialized Equipment: Unlike portable jump starters, booster cables don't require charging or maintenance, making them ready for use whenever needed.

Emergency Jump Starting: They can provide a quick solution to a dead battery, getting you back on the road faster than waiting for roadside assistance.

Types of Booster Cable

Standard Booster Cables

The most commonly used type of booster cables, these come in various gauge sizes that determine their thickness and current-carrying capacity (ampacity). Standard cables are ideal for everyday use by car owners and roadside assistance services.

Heavy-Duty Booster Cables

These cables feature lower gauge numbers, meaning they're thicker and capable of carrying higher currents. Designed for larger engines like those found in trucks, buses, and industrial machinery, they provide reliable performance even in demanding situations.

Lightweight Booster Cables

Designed with portability and ease of storage in mind, these cables are smaller and lighter than standard options. While convenient for emergency situations, they have limited ampacity and are best suited for occasional use.

Smart Booster Cables

Featuring built-in technology such as microprocessors, smart booster cables offer enhanced safety features. These include visual indicators, audible alerts for correct connections, and even battery diagnostics to prevent misuse and ensure safe operation.

Solar Booster Cables

Specifically designed for solar energy systems, these cables connect solar panels, charge controllers, and batteries. They are built to handle high currents and typically have a larger gauge than standard automotive jumper cables.

USB Booster Cables

Designed for low-power electronics and mini jump starters, USB booster cables allow users to connect portable battery packs to a vehicle’s onboard system or directly to the battery terminals for auxiliary starting.

Step-by-Step Guide to Connecting Booster Cable

Step 1: Connect the Positive (+) Cable
Start by connecting the red positive clamp to the positive battery post on the dead battery. Connect the other end to the positive battery post on the jumper battery in the working vehicle. Remember to always connect positive to positive.

Step 2: Connect the Negative (-) Cable
Connect the black negative clamp to the jumper battery in the working vehicle. Move to the nonworking vehicle and find a large, metal component in the engine compartment. Then, connect the final black negative clamp to the metal component. Connecting the negative clamp to the dead battery can lead to sparks flying, which is a fire risk.

Step 3: Start the Working Vehicle
With the cable connection complete, it's time to start the working vehicle. Allow it to idle for five to ten minutes.

Step 4: Start the Nonworking Vehicle
Start the nonworking vehicle. If you're still having difficulty getting the vehicle to start, you may need to let the idling vehicle charge the battery for a longer period of time. Once the vehicle with the dead battery has started, let it run for at least 30 minutes in order to give the alternator ample time to charge the battery.

Maintenance of Booster Cable

Regular Cleaning: Dirt, grease, and corrosion on the clamps can hinder electrical conductivity. Clean clamps periodically using a solution of baking soda and water to remove corrosion. Rinse thoroughly after cleaning and dry completely before storage.

Proper Storage: Store the cables loosely coiled in a protective case or bag to prevent kinks and internal wire breakage. Avoid tightly wrapping them around sharp edges or corners, which can cause stress fractures in the conductor strands over time.

Tangle Prevention: Always uncoil and coil the cables carefully to avoid knots and tangles. Keeping them organized ensures quicker deployment and reduces wear caused by forced unraveling.

Connection Inspection: Periodically check the integrity of the clamps and cable ends for signs of wear, melting, or fraying. Damaged cables should be replaced immediately to avoid failure during critical use.

Follow Manufacturer Instructions: Each set of booster cables may have specific usage guidelines based on its design and intended application. Adhering to these instructions ensures safe and optimal performance, particularly when dealing with different vehicle types or advanced electrical systems.

Packaging and Shipping

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FAQ

Q: Do you have a minimum order quantity?

A: Yes, we require all international orders to have an ongoing minimum order quantity. If you are looking to resell but in much smaller quantities, we recommend you check out our website

Q: Can you supply the relevant documentation?

A: Yes, we can provide most documentation including Certificates of Analysis / Conformance; Insurance; Origin, and other export documents where required.

Q: What is the average lead time?

A: For samples, the lead time is about 7 days. For mass production, the lead time is 20-30 days after receiving the deposit payment. The lead times become effective when (1) we have received your deposit, and (2) we have your final approval for your products. If our lead times do not work with your deadline, please go over your requirements with your sale. In all cases we will try to accommodate your needs. In most cases we are able to do so.

Q: What kinds of payment methods do you accept?

A: You can make the payment to our bank account, Western Union or PayPal: 30% deposit in advance, 70% balance against the copy of B/L.

Q: What is the product warranty?

A: We warranty our materials and workmanship. Our commitment is to your satisfaction with our products. In warranty or not, it is the culture of our company to address and resolve all customer issues to everyone's satisfaction.

Q: Do you guarantee safe and secure delivery of products?

A: Yes, we always use high quality export packaging. We also use specialized hazard packing for dangerous goods and validated cold storage shippers for temperature sensitive items. Specialist packaging and non-standard packing requirements may incur an additional charge.

Q: What is the purpose of a booster cable?

A: Jumper cables, also known as booster cables, are the most common piece of equipment used to boost a car battery. By connecting a dead battery to a working one with the cables, you can put your car back in action.

Q: How long should you leave booster cables on?

A: You should leave jumper cables connected for around five minutes at first. If your car still doesn't start after five minutes, it may take longer—up to 30 minutes in extremely cold temperatures. If after 30 minutes your car still doesn't start, there's likely more wrong than simply a dead battery.

Q: How many times can a booster cable be used?

A: The number of times a booster cable can be used depends on its condition and maintenance. With proper care, it can last for years. High-quality cables made from durable materials like copper-clad aluminum or pure copper with thick insulation typically offer better longevity.

Q: Can you use booster cables in the rain?

A: Yes, but there are three big precautions to take when jumping a car in the rain: Keep your jumper cables in good shape: Make sure your jumper cables don't have any exposed wires and that they're new enough to have proper insulation. If rain gets inside the cable, it could cause a short circuit.