Composite Armor Plates

Composite Armor Plates

The Composite Armor Plates are engineered for large-area ballistic protection where strength, adaptability, and long-term reliability are essential. Manufactured in large modular panels, these armor plates combine advanced ceramic materials or UHMWPE composites to create customized protection solutions for armored vehicles, security facilities, infrastructure, and specialized industrial equipment. With multiple material options and protection levels available, they provide an efficient platform for building high-performance ballistic systems across a wide range of professional applications.

Composite Armor Plates Introduction

The Composite Armor Plates are purpose-built for customers requiring scalable ballistic protection beyond traditional personal body armor. Designed in large panel formats, these composite armor systems can be incorporated into armored vehicles, secure facilities, protective shelters, military infrastructure, and other mission-critical applications where dependable ballistic resistance is essential.

To satisfy different operational priorities, the product line offers three advanced material configurations:

Alumina Ceramic + UHMWPE Composite

Silicon Carbide Ceramic + UHMWPE Composite

Pure UHMWPE Composite

Each structure provides unique advantages. Ceramic composite panels maximize ballistic resistance while reducing overall system weight, making them suitable for high-threat environments where mobility remains important. Pure UHMWPE panels emphasize lightweight construction, flexibility, and impact absorption, providing an excellent solution for medium-threat applications or projects requiring simplified installation.

The standard 1600 × 1000 mm panel size enables efficient manufacturing while allowing engineers to cut and machine each plate according to vehicle geometry, architectural layouts, or specialized equipment designs. This modular approach significantly improves installation flexibility and reduces production waste.

Whether protecting armored transportation, government buildings, security checkpoints, communication facilities, or critical infrastructure, Composite Armor Plates provide engineers and defense contractors with a versatile ballistic solution capable of adapting to diverse project requirements.


Composite Armor Plates Specifications

Item

Specification

Standard Panel Size

1600 × 1000 mm

Available Materials

Alumina + UHMWPE / Silicon Carbide + UHMWPE / Pure UHMWPE

Protection Levels

NIJ Level IIIA / III / III+ / IV

Panel Structure

Ceramic Composite or Pure PE Composite

Cutting & Machining

Supported

Installation

Vehicle, Building & Equipment Integration

Custom Thickness

Available

Custom Dimensions

Available

OEM & ODM

Supported

Compliance Standard

NIJ 0101.06


Composite Armor Plates Features

Provide Flexible Material Selection

Every protection project has different priorities. Composite Armor Plates are available in alumina ceramic, silicon carbide ceramic, and pure UHMWPE configurations, allowing customers to select the optimal balance between ballistic performance, structural weight, and overall project cost.


Support Large-Scale Ballistic Engineering

Unlike standard personal armor plates, these large-format panels are specifically designed for engineering applications. Their generous dimensions simplify fabrication for vehicle cabins, armored doors, wall systems, equipment enclosures, and other protective structures requiring continuous ballistic coverage.


Enable Custom Cutting and Fabrication

The modular panel design allows manufacturers and system integrators to machine, trim, and shape the armor according to unique installation requirements. This flexibility makes the panels suitable for both new production and retrofit protection projects.


Deliver Reliable Multi-Level Ballistic Protection

Available in protection levels ranging from NIJ Level IIIA through NIJ Level IV, the product family supports applications from routine security upgrades to high-risk military operations. Customers can specify the protection level that best aligns with anticipated threat environments.


Reduce Overall System Weight

For mobile platforms such as armored vehicles and tactical transport systems, minimizing additional weight is critical. Ceramic composite and UHMWPE technologies help reduce armor mass while maintaining dependable ballistic performance, improving payload efficiency and operational mobility.


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