H WIN is a manufacturer specializing in the production and wholesale supply of ballistic plates for body armor systems.
We design and produce armor solutions that combine tested protection levels with stable manufacturing quality and on-time delivery.
Our plates are used by military forces, law-enforcement agencies and security companies around the world.

We control the entire process —from raw material selection to ballistic testing and packaging— ensuring that each plate delivers consistent performance under real field conditions.

Ballistic plates are the core component of modern body armor. They absorb and disperse energy from rifle or handgun rounds to reduce trauma to the wearer.
H WIN supplies body armor plates that meet NIJ Level III and Level IV standards, providing multi-hit resistance against 7.62 mm and .30-06 AP ammunition.
Each plate is available in different materials—ceramic + PE composite, UHMWPE, or armored steel—to balance protection, weight and cost.

We focus on practical engineering and long-term supply stability for bulk orders and OEM projects.

H WIN’s factory operates with precision cutting, lamination and hot-pressing equipment. Ceramic layers are formed through vacuum sintering to increase hardness and impact resistance. PE backing layers are compressed under high pressure to ensure dimensional stability and bonding strength.

Every plate is subjected to:

• Ballistic multi-hit testing per NIJ procedure
• Drop and edge impact tests
• Environmental tests for heat, humidity and water exposure

We record each production batch with traceable inspection data. This system keeps product quality consistent and meets export requirements for defense equipment.

H WIN provides full OEM and ODM support for body armor brands and government projects. Customization covers plate shape, thickness, protection level and surface finish.

Options include:

• Polyurea coating for waterproof and shock resistance
• Nylon fabric cover for lightweight tactical use
• Color finishes in black, olive, or desert tan
• Logo printing and labeling for brand visibility

Low MOQ orders are accepted for sample testing or pilot batches. Once design approval is confirmed, we scale production quickly to meet bulk demand. All client information and drawings remain confidential.

• Military armors and combat vests
• Police SWAT and riot control equipment
• Private security and executive protection
• Body armor assembly lines and OEM manufacturers
• Testing and training institutions

H WIN values long-term cooperation over one-time transactions. We offer technical documentation, ballistic test results, and sample evaluation before mass orders. Our service team responds quickly to inquiries and coordinates shipment schedules with full export support.

Whether you represent a defense contractor or a body armor brand seeking OEM production, H WIN delivers efficient, accurate and secure supply solutions.

1. Independent Manufacturing
In-house production guarantees fast turnaround and consistent output.

2. Certified Testing
All models comply with NIJ and VPAM standards, supported by official test reports.

3. OEM Flexibility
Adaptable design and branding services for private-label orders.

4. Stable Global Supply
Experienced in shipping bulk orders to Europe, the Middle East, and Asia with export-grade documentation.

5. Technical Support
Our engineers assist clients with specification adjustments and ballistic performance evaluation.

Ballistic plates, also known as body armor plates, are protective inserts placed inside body armor carriers or tactical vests. They are designed to absorb and stop bullets from rifles or handguns by dispersing impact energy across multiple layers.

Each plate follows international ballistic standards such as NIJ Level III and Level IV, defining the type of ammunition it can resist. In practical use, ballistic plates are the critical component that turns a soft vest into full rifle-rated protection. Without them, a vest can only stop pistol rounds. With them, it can withstand powerful rifle threats faced by soldiers, SWAT units, and security forces.

Ballistic protection levels are defined by international testing standards. The most recognized is the NIJ (National Institute of Justice) system, which classifies armor based on the type of threat it can stop. Each level reflects a specific ammunition velocity and impact energy.

Soft Armor (Level II–IIIA)

Soft armor is made from woven aramid or UHMWPE fabrics that flex with body movement while stopping handgun rounds.
It’s lightweight, comfortable, and suitable for daily police duty, VIP protection, and concealed wear.

Hard Armor (Level III–IV)

Hard ballistic armor plates are rigid panels engineered for rifle-rated protection.
They’re typically inserted into tactical carriers or external vests.
Using ceramic + PE composites or solid UHMWPE, they defeat high-velocity rifle rounds and armor-piercing ammunition.

A full armor setup often combines the two: soft armor panels for mobility, and hard ballistic plates for front and back coverage during combat or high-risk duty.

The protection mechanism is based on energy dissipation and material deformation.
When a bullet strikes the plate, the outer ceramic layer fractures to spread impact energy, while the PE or aramid backing absorbs the remaining force.

In steel plates, the bullet flattens and disperses energy through heat and deformation.
In UHMWPE plates, high-density fibers align to catch and slow the projectile, preventing penetration.

A properly designed ballistic armor plate stops the round while keeping backface deformation within safe limits — preventing blunt trauma to the wearer.

When choosing ballistic armor plates, consider these key factors:

• Protection Level: Match NIJ rating to operational threat.
• Material: Ceramic and PE for high protection with reduced weight; steel for durability.
• Weight and Comfort: Long missions require lightweight composite solutions.
• Curvature: Single-curve or multi-curve plates improve fit and mobility.
• Environment: Waterproof coatings (polyurea or nylon) help resist humidity and corrosion.