Overview of ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay

ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay (α-Al₂O₃) is an advanced ceramic material with ultrafine particle sizes (20-200nm) and high purity (99.9%+). Its exceptional surface area, hardness, and thermal stability make it ideal for high-performance applications, including ceramics, coatings, catalysts, and composite materials.

Key Features of ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay

Ultrafine Particle Size – 20-200nm for superior reactivity and dispersion.

High Purity (99.9%+) – Minimizes impurities for precision applications.

Excellent Thermal Stability – Withstands extreme temperatures (up to 1600°C).

Enhanced Mechanical Properties – Improves hardness, wear & corrosion resistance.

Wide Applications – Used in coatings, catalysts, electronics, and advanced ceramics.

(ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay)

Specification of ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay

This ZTL Industrial Grade Lithium Ion Battery Porcelain Finishing utilizes unique Oxide Micro-Nano Alumina Powder (CAS 1344-28-1). It creates a ceramic layer directly on battery parts. This powder is extremely great. It offers exceptional chemical stability. It holds up against heats very well.

The finish imitates a solid shield inside the battery. It protects the fundamental parts, particularly the separator. This separator keeps the positive and adverse sides apart. The ceramic layer quits little steel little bits (dendrites) from expanding. These little bits can create brief circuits. Short circuits are dangerous. They can result in fires. This finishing makes batteries much more secure.

This ceramic layer additionally handles warmth effectively. Batteries get hot during usage or charging. The alumina covering spreads this heat out uniformly. It quits hot spots from forming. Locations damage batteries with time. This thermal administration prolongs the battery’s complete working life. Your battery lasts longer before requiring replacement.

The ceramic overlay improves the separator itself. It makes the separator stronger mechanically. The separator comes to be more immune to tearing or leak. Physical damages inside batteries is a huge danger. This coating lowers that threat substantially. It adds a difficult obstacle.

Efficiency improves too. The finish permits lithium ions to move freely. This maintains great battery power. It aids prevent capacity loss. Your battery holds its cost efficiently. The coating makes sure steady procedure throughout several fee and discharge cycles. Consistency is key for commercial use.

This ZTL remedy is created for demanding industrial battery applications. It prioritizes security most importantly. It prevents interior shorts successfully. It improves thermal stability. It enhances mechanical toughness. It supports long-term, dependable efficiency. Manufacturing facilities making large battery packs locate this important. Power devices and electric vehicles additionally profit significantly. The result is a much more resilient, safer lithium-ion battery.

(ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay)

Applications of ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay

ZTL Industrial Grade Lithium Ion Battery Porcelain Finish utilizes Oxide Micro-Nano Alumina Powder. This powder has CAS number 1344-28-1. It produces a protective ceramic layer on battery parts. This covering matters a whole lot for modern-day batteries.

The covering straight improves battery safety. It stops electric shorts inside the battery. Shorts create fires. The ceramic layer imitates a strong obstacle. It stands up to heats. This avoids thermal runaway events. Batteries remain more secure during use and billing.

Battery life gets much longer as well. The alumina covering shields electrode products. It decreases undesirable chemical reactions. These reactions break down battery components with time. Much less degradation suggests the battery holds more cost much longer. Efficiency remains solid for more cycles.

The layer additionally aids battery power. It enables lithium ions to relocate efficiently. Power shipment stays consistent. The micro-nano alumina fragments are extremely small. They fill little gaps perfectly. This develops a consistent safety movie. The ceramic overlay bonds safely to surface areas.

Manufacturing benefits exist. The powder integrates easily into existing covering procedures. Assembly line do not require big modifications. This product supplies a sensible safety upgrade. It boosts battery reliability substantially. Industries requiring durable power storage space need this remedy. Electric vehicles and huge power storage space systems use these batteries. Commercial devices depends on them too. The alumina ceramic finishing fulfills tough requirements. It supplies necessary defense and efficiency gains.

Company Profile

Alumina Technology Co., Ltd,. We focus on the research and development, production and sales of alumina products, serving the electronics, ceramics, chemical and other industries. Since its establishment in 2005, the company has been committed to providing customers with the best products and services, and has become a leader in the industry through continuous technological innovation and strict quality management.

Our products includes but not limited to Alumina Boat, Alumina Crucible, Alumina Dish, Alumina Foam Filter, Alumina Plate, Alumina Rod, Alumina Bar, Alumina Balls, Filter Alumina, Nano Alumina Powder, Spherical Alumina Powder, ect. please feel free to contact us.(nanotrun@yahoo.com)

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay

What is ZTL Industrial Grade Alumina Powder?
This is a special ceramic powder. It’s made from very tiny alumina particles. The code 1344-28-1 confirms the material. People use it to coat lithium-ion batteries. The coating forms a strong ceramic layer.

Why use this alumina powder on batteries?
It makes batteries safer. It prevents internal short circuits. This powder stops tiny metal bits from growing inside the battery. These bits can cause fires. The ceramic layer acts like a shield. It keeps the battery stable.

How does the ceramic coating work?
Workers apply the micro-nano alumina powder onto battery parts. They mix it into coatings or slurries. Then they process it. Heat treatment bonds the powder. It creates a thin, hard ceramic film. This film covers the electrodes or separator. It blocks unwanted reactions.

Is this coating safe for batteries?
Yes. Alumina is very stable. It doesn’t react with battery chemicals. The coating withstands high temperatures. It doesn’t degrade easily. This powder is pure. It has low levels of unwanted metals. This ensures battery safety and long life.

Where is this alumina powder typically used?
Factories use it in making power tools. It’s in electric vehicle batteries. People use it for energy storage systems. Any lithium-ion battery needing extra safety uses it. High-performance batteries often have this ceramic coating. It’s essential for demanding industrial applications.

(ZTL Industrial Grade Lithium Ion Battery Ceramic Coating 1344-28-1 Oxide Micro-Nano Alumina Powder with Ceramic Overlay)