Lightweight Eod Bomb Disposal Suit All Round Protection For Personnel Searching

Search Bomb Suit

Introduction

The Search suit is designed specifically for personnel searching and clearing of mines and terrorist explosive devices. Although the Search Suit does not offer the higher protection of the EOD Bomb Disposal Suit, it is much lighter in weight, provides all-round protection, it is comfortable to wear and allow virtually unrestricted movement.

The search Suit contains a pocket in the front and back into which an optional fragmentation plate can be inserted. This upgrades the level of protection provided by the search Suit.

Components

Arms: Separate adjustable sleeves provide optimum movement

Jacket: Provides front, back, side, shoulder and neck protection, with the addition of up-armoured pocket for inserting an optional ceramic plate.

Groin Protector: Removable insert.

Trousers: The unique design provides freedom of movement and optimum protection to the legs.

Helmet & Visor: In conjunction with the high collar, providing maximum protection.

Technical Parameter

Back of jacket: V50 – 423m/s

Helmet: V50– 681m/s

Visor: V50 – 581m/s

Front Jacket+Ceramic Plate: 1122m/s

Suit weight: 1.6kg

Helmet & Visor: 3.1kg

Ceramic Protection Plate: 3kg

Company Introduction

In 2008, Beijing Hewei Yongtai Technology Co., LTD was established in Beijing.Focus on the development and operation of special safety equipment, mainly serve the public security law, armed police, military, customs and other national security departments.

In 2010, Jiangsu Hewei Police Equipment Manufacturing Co., LTD was established in Guannan.Covering an area of 9000 square meters of workshop and office building, it aims to build a first-class special safety equipment research and development base in China.

In 2015, a military-police Reserch and development center was set up in Shenzhen.Focus on the development of special safety equipment, has developed more than 200 kinds of professional safety equipment.

Staff from Headquarters

Staff from Shenzhen research centre