Description

At Z Power, we recognize the paramount importance of dependable and top-tier batteries, which is why we've made significant investments in our cutting-edge battery manufacturing facility. This facility stands as a pinnacle of modern production, where we craft superior batteries utilizing state-of-the-art technologies and premium-grade materials. Our stringent quality control protocols ensure that every battery we produce adheres to the highest standards of performance, reliability, and safety. Z Power proudly holds and maintains various national and international quality certifications, including ISO 9001:2015, ISO 14001-2015, and CE 60095-1:2008, alongside memberships in esteemed organizations such as EEPC and FIEO.

Features:

• Advanced manufacturing techniques are employed to fabricate high-quality grids with an expansive surface area, thereby enhancing power output and overall performance.
• Our unique plate formation process guarantees precise control over thickness and porosity, ensuring each plate possesses optimal characteristics for extended performance and durability.
• Utilization of special non-woven gauntlets for positive plates ensures heightened charge acceptance and porosity.
• Incorporation of advanced plate design techniques and premium additives facilitates swift recovery from deep discharge.
• Utilization of high-quality active materials and special alloys results in an ultra-low self-discharge rate during idle periods.
• Implementation of special flame arrestor vent plugs prevents spillage, fumes, or sparks.
• Inclusion of a special float indicator facilitates easy monitoring of electrolyte levels.
• Durable polypropylene battery containers are engineered to withstand shock, vibration absorption, and sudden impacts or stresses.
• Exhibits a longer shelf life compared to standard tubular batteries.

Experience:

The Advantages of Z-Power Dual Spine Capsule Technology-Based Batteries:

• Enhanced Reliability: Our innovative dual spine capsule technology ensures continued battery functionality even if one spine is damaged, unlike conventional round bag batteries.
• Improved Performance: The dual spines within the capsule-shaped bag facilitate increased electric current flow and enhanced charge acceptance, resulting in superior energy transfer and performance.
• Reduced Maintenance: The robust dual spine design reduces the risk of damage, necessitating less maintenance and minimizing the likelihood of unexpected failures.
• Extended Lifespan: The dual capsule-shaped bag design extends battery life by over 30% compared to round-type bags, thanks to the even pressure and material distribution, leading to more efficient energy transfer.
• Resilient double spine design offers protection against corrosive effects.
• Special capsule-type bags withstand variable atmospheric temperatures ranging from -10°C to 70°C.