Auto Batteries

The 10th World Battery & Energy Storage Industry Expo (WBE 2025) Date: August 8th-10th, 2025 Venue: Area of China Import and Export Fair Complex, Guangzhou Address: No.380, Yuejiang Zhong Road, Guangzhou, China Website: http://en.battery-expo.com/ Review of WBE 2024 Held from August 8th to 10th in Guangzhou, WBE 2024 spanned 100,000 sq.m, and featured 1,205 exhibiting companies from 14 countries (Including 476 cells, packs & energy storage exhibitors), hosting notable names like BYD, EVE, Great Power, GOTION HIGH-TECH, Tianneng, Pisen, EAST Group, Ganfeng Lithium, HiNa Battery, Transimage Sodium-lon Battery, Roofer Group, Super Flower, Dejin New Energy, Joysun Energy, Haidi Energy, Horizontal Na Energy, LongTTech, Highstar, Horizon New Energy, Huamingsheng Tech, Han's SLE, HONBRO, AirTAC, etc. The event drew in 175,492 professional visits, representing a 27.63% growth compared to last year, including 10,586 overseas visits from over 150 countries and regions. Preview of WBE 2025 WBE 2025 is set to take place from August 8th to 10th at the China Import and Export Fair Complex to showcase the rapid growth of the battery and energy storage industry. With a larger scale than ever, the event will cover 165,000 sq.m and host over 2,000 exhibitors in 6,000 booths with an expected turnout of 200,000 visits. In addition, WBE 2025 will again be held alongside the Solar & PV expo and the World Hydrogen Energy Industry Expo (WHE), highlighting the synergy between different renewable energy sectors. Live Events & Activities of WBE 2025 The 3rd China Battery and Energy Storage Industry International Trade Forum 2025 2025 China Energy Storage Industry Ecosystem Conference 2025 China Battery Industry (Guangzhou) Summit 2025 World Hydrogen Energy Industry Conference 2025 Energy Storage Industry International Exchange Dinner 2025 International Buyers Matchmaking Meeting The 3rd WBE Factory Tour 2025 Exhibitor Profile Battery Technology Lithium Batteries/ Lead-acid Batteries/ Solid-state Batteries/ Fuel Cells/ Flow Batterie Energy Storage Systems and Solutions Residential Energy Storage Systems/ Commercial Energy Storage Systems/ Industrial Energy Storage Systems/ Grid-scale Energy Storage Systems Battery Management Systems (BMS) Battery Monitoring Systems/ Battery Protection Systems/ Thermal Management Systems Energy Storage Inverters DC/AC Inverters/ Bidirectional Inverters Energy Storage Materials Cathode Materials/ Anode Materials/ Electrolytes/ Separators Supercapacitors High Energy Density Capacitors/ High Power Density Capacitors Hydrogen Energy and Storage Technology Hydrogen Storage Tanks/ Hydrogen Fuel Cells/ Hydrogen Production Equipment Renewable Energy Integration and Smart Grid Technology PV Energy Storage Systems/ Wind Energy Storage Systems/ Microgrids Power Batteries and Applications EV Batteries/ Energy Storage Battery Packs/ Power Tool Batteries Production Equipment, Testing Device and Solutions Battery & Energy Storage Production Equipment/ Battery & Energy Storage Testing Equipment/ Reliability and Safety Testing/ Life Cycle Testing Equipment If you are interested in exhibiting or visiting, please let us know through the given contact below! Guangzhou Honest Exhibition Co., Ltd Guangdong Energy Storage Industry Association Contact Person: Natalia Zeng Mobile/Wechat/: +86 18565156106 Whataspp: +86 15217093652 E-Mail: NataliaWBE@163.com Address: Shenghui Building, No. 1095, Zhongshan Middle Avenue, Tianhe District, Guangzhou, China

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Product name:  Pyrrolidine CAS123-75-1 EINECS204-6 , 48-7 Chemical Formula: C4H9N Molecular Mass: 71.12 InChI: InChI=1/C4H9N/c1-2-4-5-3-1/h5H,1-4H2/p+1 InChIK , ey: RWRDLPDLKQPQOW-UHFFFAOYSA-N Density: 0.852 g/mL at 25 °C (lit.) JECFA Number： 1609 PH： 12.9 (100g/l, H2O, 20℃) Form: liquid  Color: Colorless to Almost colorless Merck: 14,8015 BRN: 102395 Other names:  Azolidine Prolamine Pyrrolidin Whatsapp/Telegram/Signal;+86 18140571121 Hot selling list: 28578-16 , -7 PMK Ethyl Glycidate Powder 5449-12-7   , BMK Powder Glycidic Acid  20320-59-6 Dieth , yl(phenylacetyl)malonatel 110-63-4 1,4-Butaned , iol 110-64-5 2-Butene-1,4-diol 7331-52-4 ( , S)-3-hydroxy-gamma-butyrolactone 5469-16-9 (+/ , -)-3-HYDROXY-GAMMA-BUTYROLACTONE 1451-82-7  

The car clutch cylinder, a crucial component in manual transmission vehicles, facilitates clutch engagement and disengagement. When the clutch pedal is pressed, the brake clutch master cylinder uses hydraulic pressure to transfer motion from the pedal to the clutch system, allowing for smooth gear shifts and control over the vehicle's power transmission. Types of Clutch Cylinder QCM001 Clutch Master Cylinder QCM002 Clutch Master Cylinder QCM003 Clutch Master Cylinder QCM004 Clutch Master Cylinder QCM005 Clutch Master Cylinder QCM006 Clutch Master Cylinder QCM007 Clutch Master Cylinder QCM008 Clutch Master Cylinder QCM009 Clutch Master Cylinder QCM010 Clutch Master Cylinder QCM011 Clutch Master Cylinder QCS001 Clutch Slave Cylinder QCS002 Clutch Slave Cylinder QCS003 Clutch Slave Cylinder QCS004 Clutch Slave Cylinder QCS005 Clutch Slave Cylinder QCS006 Clutch Slave Cylinder QCS007 Clutch Slave Cylinder QCS008 Clutch Slave Cylinder QCS009 Clutch Slave Cylinder What Are The Benefits Of A Clutch Cylinder? Smooth Gear Shifting: A clutch cylinder enables precise control over the clutch engagement and disengagement process, resulting in smooth and seamless gear shifts without jarring or grinding. Reduced Driver Effort: The hydraulic action of the aftermarket master clutch cylinder reduces the effort needed to press the clutch pedal, making driving more comfortable and less fatiguing, especially in heavy traffic.

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Auto brake pads manual are essential components in automotive braking systems. They create friction against the brake rotors when the brake pedal is pressed, causing the vehicle to slow down or stop. Made of friction materials, automobile brake pads endure heat and pressure, ensuring safe and effective braking performance. Regular inspection and replacement ensure optimal safety. Types of Auto Brake Pads QBP001 Brake Pads QBP002 Brake Pads QBP003 Brake Pads QBP004 Brake Pads QBP005 Brake Pads QBP006 Brake Pads QBP007 Brake Pads QBP008 Brake Pads QBP009 Brake Pads QBP010 Brake Pads QBP011 Brake Pads QBP012 Brake Pads QBP013 Brake Pads QBP014 Brake Pads QBP015 Brake Pads QBP016 Brake Pads QBP017 Brake Pads QBP018 Brake Pads QBP019 Brake Pads QBP020 Brake Pads The Role of Custom Brake Pads in Auto Braking System Friction Generation: Brake pads create friction against the rotating brake rotors when the brake pedal is applied. This friction converts the kinetic energy of the moving vehicle into heat energy, gradually slowing down or stopping the vehicle. Heat Dissipation: Automobile brake pads are designed to handle high temperatures generated during braking. They dissipate heat efficiently to prevent brake fade, ensuring consistent performance even during prolonged or heavy braking. Smooth Braking Performance: As a vital part in rear automatic braking, brake pedal pads provide smooth and controlled braking. Their friction material interacts with the rotors in a way that prevents sudden jolts or skidding, contributing to safe and predictable deceleration. Wear and Tear Indicator: Many modern custom brake pad made in china have wear indicators that emit a screeching sound when the pads become too thin. This alerts the driver that it's time for replacement, preventing unsafe driving conditions due to worn-out brake pads. Regular inspection, maintenance, and timely replacement of brake pads are vital to ensure optimal braking efficiency, vehicle safety, and the longevity of the braking system.

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A auto brake caliper china is a component in a disc brake system of a vehicle. It houses the brake pads and clamps them against the brake rotor when the brakes are applied. This action creates friction, which slows down and eventually stops the vehicle. Electric brake calipers play a vital role in the braking process by converting hydraulic pressure into mechanical force. Types of Brake Caliper QBC001 Front Brake Caliper Assembly QBC002 Brake Caliper QBC003 Brake Caliper QBC004 Brake Caliper QBC005 Brake Caliper QBC006 Brake Caliper QBC008 Front Brake Caliper Assembly QBC009 Front Brake Caliper Assembly QBC011 Front Brake Caliper QBC013 Front Brake Caliper QBC014 Front Brake Caliper QBC015 Front Brake Caliper QBC007 Rear Brake Caliper QBC010 Rear Brake Caliper QBC012 Rear Brake Caliper QBC016 Rear Brake Caliper Car Brake Caliper Function The brake caliper in car is a vital component of the braking system in vehicles. Its primary function is to apply pressure to the brake pads, causing them to squeeze against the brake disc (rotor) to generate friction and slow down or stop the vehicle. When the driver presses the brake pedal, hydraulic pressure is created in the braking system. This pressure is transmitted to the brake caliper through brake lines or hoses. Inside the brake caliper, pistons or pistons seals are actuated by the hydraulic pressure, causing them to move outward or inward. This movement pushes the brake pads against the auto brake rotor on either side, creating friction. The friction between the brake pads and brake disc converts the kinetic energy of the rotating wheel into heat energy. This heat is dissipated through the brake disc, causing the wheel to slow down or stop. The braking force applied by the electric brake caliper can be adjusted based on the amount of hydraulic pressure created when the brake pedal is pressed. This allows the driver to control the intensity and effectiveness of the braking action. Electronic parking brake calipers can be either fixed or floating. Fixed automotive brake calipers have pistons on both sides of the brake disc and provide more consistent and even pressure distribution. Floating calipers typically have one or two pistons on one side of the brake disc, allowing for more flexibility and a simpler design.

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A auto brake disc, also known as a auto brake rotor, is a circular component attached to a vehicle's wheel hub, providing you with the reliability and confidence you need on the road. When the brake pads clamp onto its surface, friction is generated, converting kinetic energy into heat to slow down or stop the vehicle. It plays a crucial role in modern disc brake systems. Types of Custom Brake Discs QBD001 Front Brake Disc QBD002 Front Axle Brake Disc QBD003 Front Axle Brake Disc QBD004 Rear Axle Brake Disc QBD005 Front Axle Brake Disc QBD006 Front Axle Brake Disc QBD007 Front Brake Disc QBD008 Rear Brake Disc QBD009 Front Brake Disc QBD010 Front Brake Disc QBD011 Rear Brake Disc QBD012 Front Brake Disc QBD013 Rear Brake Disc QBD014 Front Brake Disc QBD015 Front Brake Disc QBD016 Front Brake Disc QBD017 Front Brake Disc QBD018 Rear Brake Disc QBD019 Rear Brake Disc QBD020 Front Brake Disc Brake Disc Function The auto brake disc china, also known as an auto brake rotor, plays a critical role in the braking system of a vehicle. Its main function is to provide a surface for the brake pads to grip onto and generate friction, which ultimately slows down or stops the rotation of the wheel. When the brake pedal is pressed, hydraulic pressure is applied to the brake caliper, which in turn, causes the brake pads to clamp down on the brake disc quality. As the rotating disc is squeezed between the brake pads, friction is generated. This friction converts the kinetic energy of the rotating wheel into heat energy. The disk brake rotor is designed to handle and dissipate this heat efficiently to prevent brake fade and maintain consistent braking performance. Brake discs are typically made of cast iron, as it has excellent heat absorption and dissipation properties. Some high-performance vehicles may use carbon-ceramic disc brake parts, which offer even better heat resistance and weight reduction. By converting the kinetic energy into heat energy, the high-performance brake rotors and braking system slow down or stop the vehicle effectively. The brake disc's design, material quality, and proper maintenance are crucial to ensure its durability, effective friction, and overall braking system performance. Brake Disc Material Car brake discs, also known as rotors, are typically made from several different types of materials by auto brake manufacturers, each with its own characteristics and advantages. The most common materials used for custom-made brake discs include: 1. Cast Iron: Cast iron is the most widely used material for brake discs. It offers excellent heat absorption and dissipation properties, making it suitable for various driving conditions. Cast iron discs are relatively affordable and provide good overall braking performance. 2. Carbon Steel: Carbon steel discs are designed to be lightweight and have better heat resistance compared to standard cast iron discs. They offer improved performance under high-temperature conditions and reduce unsprung weight, enhancing overall vehicle handling. 3. Composite Materials: Composite brake discs combine different materials to offer superior heat resistance, weight reduction, and performance. One common composite material is carbon-ceramic, which consists of a carbon fiber matrix and ceramic particles. Carbon-ceramic discs are expensive but highly effective in extreme driving conditions, such as high-performance or racing vehicles. They provide excellent heat resistance, reduce brake fade, and have a longer lifespan compared to cast iron or carbon steel discs. The choice of brake disc material depends on factors such as the type of vehicle, driving style, and intended use. Passenger cars and standard vehicles often use cast iron discs, while performance vehicles may opt for carbon steel or carbon ceramic discs to improve braking performance and reduce weight. It's essential to consider the specific requirements and recommendations of the vehicle manufacturer when selecting the appropriate brake disc material. Auto Brake Disc Components Rotor Surface: The friction surface where auto brake pads make contact, generating friction to slow down the vehicle. Ventilation Vanes: Channels within the auto brake rotor that promote heat dissipation, preventing brake fade during heavy use.

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A China brake booster, or vacuum booster, is a device in vehicles that enhances braking force. It uses engine vacuum to assist in applying the brakes, requiring less force from the driver. When the brake pedal is pressed, the booster amplifies the hydraulic pressure, improving braking efficiency and control. Types of Brake Booster QVB001 Vacuum Booster with Master Cylinder QVB002 Vacuum Booster with Master Cylinder QVB003 Vacuum Booster with Master Cylinder QVB004 Vacuum Booster with Master Cylinder QVB005 Vacuum Booster QVB006 Vacuum Booster QVB007 Vacuum Booster QVB008 Vacuum Booster QVB009 Vacuum Booster QVB010 Vacuum Booster QVB011 Vacuum Booster QVB012 Vacuum Booster QVB013 Vacuum Booster QVB014 Vacuum Booster QVB015 Vacuum Booster QVB016 Vacuum Booster QVB017 Vacuum Booster QVB018 Vacuum Booster Advantages of the Automotive Brake Booster Enhanced Braking Power: Brake boosters amplify the force applied to the brake pedal, allowing for more efficient and powerful braking. This is especially beneficial in emergency situations when quick and strong braking is crucial. Reduced Pedal Effort: Brake boosters reduce the amount of physical effort required to apply the brakes. This is particularly advantageous for drivers with varying levels of physical strength, making braking more accessible and comfortable. Consistent Braking Performance: Brake boosters help maintain consistent braking performance regardless of external factors like engine vacuum levels. This ensures that the braking force remains steady and reliable in various driving conditions. Improved Safety: The enhanced braking power and reduced pedal effort provided by brake boosters contribute to improved vehicle safety. Drivers can respond more effectively to sudden stops or obstacles, reducing the risk of accidents. Smooth and Controlled Braking: Brake boosters enable smoother and more controlled braking, resulting in less jerky stops. This benefits both the driver and passengers, providing a more comfortable and stable braking experience. These advantages highlight the importance of brake boosters in modern vehicles, enhancing both safety and overall driving comfort. Main Applications of the Brake Booster in Different Vehicles Passenger Cars: Brake Boosters In passenger cars, brake boosters enhance the braking power and reduce the effort needed to apply the brakes. This feature ensures smooth and effective braking, improving safety and driving comfort for everyday commuting and city driving. Commercial Trucks and Buses: Brake Boosters Commercial trucks and buses often carry heavy loads, making efficient braking essential. Electric car brake boosters assist in generating the required braking force, particularly when these vehicles are fully loaded or operating on inclines, ensuring safe stopping distances. Motorcycles: Engine Power Boosters In motorcycles, boosters can refer to engine power enhancers such as turbochargers or superchargers. These devices increase the engine's air intake and overall power output, delivering improved acceleration and performance. Aircraft: Thrust Boosters In aviation, boosters can refer to thrust augmenters used in aircraft engines. These devices increase engine thrust, enhancing takeoff performance and climbing capabilities. They are crucial for large aircraft and those operating from short runways. Off-Road Vehicles: Brake Boosters and Power Boosters Off-road vehicles, such as SUVs and all-terrain vehicles (ATVs), benefit from brake boosters that provide better braking control on rugged terrains. Additionally, power boosters like turbochargers can be used to enhance engine performance, allowing these vehicles to navigate challenging environments more effectively. These diverse applications of boosters showcase their adaptability across different vehicle types and industries, each serving a specific purpose to improve performance, safety, or efficiency. As one of brake booster suppliers, we can provide kinds of wholesale brake booster for sale, and the car brake booster price is reasonable, anything you need, please contact us.

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An automatic vehicle braking system device is a safety technology installed in vehicles that uses sensors and advanced algorithms to detect potential collisions. When a threat is identified and the driver doesn't react in time, the electric car braking system autonomously applies the brakes to prevent or mitigate the impact, enhancing overall road safety. Types of Auto Car Brake Parts Brake Calipers Brake Discs Brake Pads Drum Brake Assembly Disc Brake Assembly Wheel Hub Bearing Brake Booster Clutch Cylinder Wheel Brake Cylinder Popular Types of Auto Brake Parts Video Introduction of Qllino Auto Braking System Parts Auto Braking System Basic Components An auto brake system in cars is a vital component of modern vehicles that helps enhance safety on the road. This system utilizes a combination of sensors, actuators, and control units to detect potential collisions and automatically apply the brakes to prevent or mitigate the impact. One of these components is the auto brake disc, also known as a rotor. The brake disc is a circular metal plate that is mounted on the wheel hub and rotates with the wheel. When the brakes are applied, brake pads clamp down on the brake disc, generating friction that slows down or stops the rotation of the wheel. Auto brake pads are another crucial element of the electric car braking system. These pads are made from a high-friction material and are positioned on either side of the brake disc. When the brakes are activated, the brake pads are pressed against the brake disc, creating the necessary friction to slow down or stop the vehicle. The auto brake caliper is responsible for housing the brake pads and applying the necessary force to squeeze them against the brake disc. The caliper is either fixed or floating, depending on the type of braking system. Fixed calipers have pistons on both sides of the brake disc, while floating calipers have pistons on only one side that move the brake pads towards the disc. Other components of an auto braking system include the brake booster, which amplifies the force applied to the brakes when the driver presses the pedal, and the brake fluid, which transfers the pressure from the brake pedal to the calipers and brake pads. While the radar sensor, camera sensor, control unit, and actuators are critical for the autonomous braking system to operate, it is essential not to overlook the mechanical components such as the brake disc, brake pads, and brake caliper. These components work together to perform the physical action of stopping or slowing down the vehicle when a collision is detected, ensuring the overall effectiveness and safety of the car hand brake system. How Automotive Brakes Work Custom car brakes play a vital role in ensuring the safety of a vehicle. When the driver presses the brake pedal, the automatic car parking brake system applies friction to slow down or completely stop the vehicle. The most common type of automatic car parking brakes are disc brakes, although some vehicles still use drum brakes. Disc brakes consist of several parts: 1. Brake pedal: When the driver presses the brake pedal, hydraulic pressure is created in the brake fluid. 2. Brake fluid: It is stored in the brake fluid reservoir and is responsible for transmitting the pressure from the brake pedal to the brake caliper or drum. 3. Brake caliper: In a disc brake system, the brake caliper is a housing that holds the brake pads and pistons. When the brake pedal is pressed, the brake fluid flows into the caliper, causing the pistons to push the brake pads against the rotor. 4. Brake pads: These are made of friction material and are attached to the brake caliper. When the brake pedal is pressed, the brake pads come into contact with the rotor, creating friction and thus slowing down the rotation of the wheels. 5. Rotor: The rotor is a metal disc that is attached to the wheel hub. When the brake pads press against the rotor, the friction converts the kinetic energy of the rotating disc into heat energy, which dissipates into the surrounding air. 6. Anti-lock Braking System (ABS): Some modern vehicles are equipped with an ABS, which prevents the wheels from locking up during braking. Developed by experienced car brake manufacturers, the ABS uses sensors to monitor the rotational speed of each wheel and modulates the brake pressure on each wheel individually to maintain traction and control. Drum brakes operate slightly differently. Instead of brake pads and rotors, they use brake shoes and a brake drum. When the brake pedal is pressed, hydraulic pressure causes the brake shoes to be forced against the brake drum, creating friction and slowing down the vehicle. The Role of Automatic Vehicle Braking System The auto car brake device plays three crucial roles in modern vehicle safety. Firstly, it acts as a collision avoidance mechanism by constantly monitoring the road and identifying potential obstacles, such as vehicles or pedestrians. Secondly, the automobile braking system functions as a driver assistance tool, alerting the driver with visual and auditory warnings about impending collisions. Lastly, in situations where the driver's response is insufficient, the auto brake system in cars automatically engages the brakes to either avoid the collision entirely or minimize its impact. These roles collectively enhance road safety by providing an additional layer of protection against accidents caused by human error or unexpected hazards. Custom Car Brakes System Device Advantages Custom Car Brake System device offers several advantages that contribute to improved road safety and accident prevention: Collision Avoidance: The automatic park brake device employs advanced sensors and real-time monitoring to detect potential collisions. By identifying obstacles such as vehicles or pedestrians in the vehicle's path, it allows the auto braking system to take proactive measures to avoid accidents. Reduced Impact Severity: In cases where a collision is imminent and the driver's response is insufficient, the auto brake parts autonomously applies the brakes to reduce the impact's severity. This swift intervention of custom car brakes can significantly decrease the force of the collision, potentially saving lives and minimizing property damage. Mitigation of Human Error: Human errors, like distractions or delayed reactions, can lead to accidents. The Auto Braking System device acts as a safety net, intervening when necessary to prevent accidents caused by human oversight. Enhanced Driver Awareness: The automatic park brake device serves as a constant reminder to drivers about potential hazards. Visual and auditory warnings keep drivers engaged and alert, promoting better situational awareness and encouraging safer driving habits. Safety in Diverse Conditions: The car hand brake system operates consistently in various driving conditions, including adverse weather, low visibility, or nighttime driving. This adaptability ensures that the system remains effective and reliable regardless of environmental challenges. The auto braking system device's advantages encompass collision avoidance, reduced impact severity, mitigation of human error, enhanced driver awareness, and safety under diverse conditions. These benefits collectively contribute to a safer driving experience and a significant reduction in accidents on the road. As one of auto brake manufacturers, we can provide kinds of car brakes for sale, if you have needs, please contact us.

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Residential Energy Storage  Special Features Residential Energy Storage System  Camel Group can customize your residential energy storage system to provide backup power and supply electricity to your home during specified times to maximize efficiency, reduce costs, and lower GHG emissions from electricity •Economic: use clean economy solar energy 24/7 •Flexible: capacity reaches to 20kWh with expansion battery box •Autonomous: on-grid or off-grid operation, ideal for various application scenarios •Smart: real-time monitoring, can track system operation status from anywhere •Convenient: quick installation, easy operation •Reliable: stable power supply, high safety and reliability

Lithium-Ion Golf Cart Battery Special Features Advantages of the lithium-ion golf cart battery Superior Lithium-ion Technology Camel Lithium-ion Golf Cart Battery utilizes advanced technology to deliver superior performance and longevity. With faster charging system, average charging time is only 2.5 hours.Twice the power of the lead-acid battery and 3500+ times of deep cycle. Long-lasting Battery Life for Extended Golfing Sessions Camel Lithium-ion Golf Cart Battery is built to last. Say goodbye to the hassle of traditional lead-acid batteries and experience the convenience of long- lasting power with our Lithium-ion batteries with 10+ years of design life span Lightweight and Space-saving Design Our Lithium-ion Golf Cart Battery is engineered with 1/3 weight of the lead- acid battery and compact design, making them easy to install and perfect for space-constrained golf carts.  Enhanced Safety Features Camel Lithium-ion Golf Cart Battery is equipped with advanced safety features, including overcharge protection, temperature control, and short-circuit prevention. Wide Compatibility and Easy Installation Camel Lithium-ion Golf Cart Battery is compatible with various golf cart models, providing a versatile power solution for golfers of all levels.  Unleash the Power of Lithium-ion Golf Cart Battery

Heavy Truck Starter Battery Special Features High discharge capacity, superior cranking performance, fast ignition. Endures through long-distance transportation without worry. Stable and vibration resistant, maintenance free. Application Designed for heavy trucks, coaches and engineering vehicles. DIN Gr.No DIN NO. Voltage (V) Capacity 20Hr(Ah) CCA (-18℃)EN Dimensions(mm) L*W*H Terminal (Layout /Type) Hold Down Weight (kg) JIS E41 60026MF 12 100 700 409*170*234 0/1 B00 26 JIS  E41 60035MF 12 100 700 409*170*234 1/1 B00 26 D4 62033MF 12 120 760 505*183*222 4/1 B00 32.5 A heavy truck starter battery, also known as a truck battery, is a specialized type of lead-acid battery designed to provide the high starting currents required by heavy-duty vehicles, such as trucks, buses, and commercial vehicles. These batteries are essential for powering the vehicle's starter motor, which is responsible for cranking the engine and initiating the combustion process.

Lithium-Ion Automotive Start-Stop Battery Product Description Lightweight: Compared with traditional lead-acid AGM start-stop batteries, the lightweight lithium iron phosphate battery has detailed weight advantages, which helps the vehicle to reduce weight, reduce fuel consumption and improve fuel economy; High security: High-strength sealed battery pack can effectively resist external impact and ensure that the battery does not have safety problems; Efficient start-stop power: Can provide efficient starting and stopping for the engine at -30 ℃ — + 50 ℃, so that the vehicle maintains efficient fuel economy; Standardized appearance: With standard design, the vehicle battery can be replaced in place, suitable for any model equipped with 12v start-stop system; Application Vehicles equipped with advanced start-stop system. A starter battery is designed to provide a large burst of current for a short period of time. This surge of current turns the engine over during the starting process then the alternator takes over.

From campgrounds, golf courses, universities to scenic spots, the golf cart battery from Camel Group for golf carts have been engineered with durable longevity. Our improved technology means fewer battery replacements and a longer serving life so you can focus on what really matters in your field. You can count on our golf cart battery solutions at any circumstances at any time. Golf Cart Battery is widely used in low-speed electric vehicles such as golf carts, sightseeing cars, patrol cars, electric tricycles, high-altitude lifting platforms, scrubbers and others lightweight vehicles. Special Features Carbon black and lignin, as the key negative materials, are sourced from Germany and Norway. The positive material adopts special paste formula with high-density. These assure the superb deep cycle life performance of battery. Multicomponent alloy is used to produce positive and negative grids. Special positive and negative paste formula assure low self-discharge and water consumption.Get to know Camel battery price from us! Strict process control ensures good product consistency.

Lithium-Ion Heavy Truck Starter Battery Special Features Advantages of Lithium Ion Battery for Heavy Truck No need to warm up the truck for low-temperature starting: ultra-low temperature (- 40 ℃) Zero Delay continuous starting. Lighter: compared with traditional lead-acid truck starter batteries,the weight of the lithium-ion heavy starter battery is only 2/3 lighter, which helps the vehicle to reduce weight, reduce fuel consumption and improve fuel economy. Longer service life: compared with the lead acid battery, the lithium-ion battery is with over 5 years' service life, normally it can work for the whole life of the truck. High level safety: the battery has passed 255 tests, including the safety test, environment test, performance test, BMS test etc. Faster charging: strong charging receiving capacity. Charging from 20% to 95% only needs 1-2 hour. Intelligent power management: BMS intelligent management keeps 20% of the minimum starting power to avoid excessive power loss. High and low temperature resistance: discharge working temperature range - 40 ℃ ∽ 65 ℃. Password anti-theft and positioning: double security protection of password and Bluetooth. Intelligent diagnosis: self-detection, remote monitoring of battery health status in the background. Strong vibration resistance: suitable for all kinds of rugged road conditions with perfect performance. Application Lithium Ion Battery for Heavy Truck Lithium Ion Battery for Heavy Truck fits for electric truck, electric coaches, construction equipment and other engineering vehicles. Our lithium ion battery for heavy truck can get the work done perfectly.