Firefighter suit FIRE MAX 3

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The FIRE MAX 3 is a protective suit that offers emergency personnel maximum protection while being extremely comfortable to wear. It impresses with high-quality materials, a sporty cut and many practical details.

Maximum protection. Sporty style. Convincing wearing comfort.

The FIRE MAX 3 was developed to offer firefighters the highest level of protection while providing outstanding comfort. The protective suit is certified according to EN 469, EN 1149-5 and EN 61482-2 and is arc-resistant according to IEC 61482 Class 2. In addition to its protective properties, it impresses with its sporty cut and many practical details.

Important features in use

Optimal fit thanks to sporty cut
When designing the FIRE MAX 3, great value was placed on fit and
comfort. Findings from the field of functional sportswear were
incorporated.

Comprehensive reflective stripes
The reflective stripes extend over the entire protective suit and are
certified according to the visibility requirements of EN 469.

Multilayer superstructure
Underneath the robust outer fabric is a 3D PTFE membrane, which is
very breathable despite being heat-resistant. The thermal lining
underneath protects against heat.

Integrated rescue system
The IRS design of the FIRE MAX 3 jacket, thanks to its inner tunnel,
makes it possible to use the Rosenbauer IRS belt to secure
emergency personnel.

Low weight
The weight of a protective suit Plays an important role in terms of
wearing comfort. The FIRE MAX 3 is a real lightweight at only 3.2 kg
(for size 48-50).

Absorbent barriers on jacket and trousers
To prevent moisture penetration, jacket and trouser hems are
provided with a absorption barrier made of flame-retardant and PIJ-
coated aramid fabric.

Comprehensively certified

The FIRE MAX 3 is certified according to

EN 469: Protective clothing for fire service
EN 1149-5: Protective clothing - Electrostatic properties (antistatic test)
EN 61482-2: Working with voltage - Protective clothing against the thermal hazards of an electric arc (arc flash test)
EN ISO 11612: Protective clothing - Clothing for protection against heat and flames

Durable outer fabrics

The FIRE MAX 3 made of NOMEX® NXT is available in three colors: red, gold and black-blue. The material scores points with its excellent washability in terms of color and shape. The long-term impregnation (lasts up to 40 washes) and the higher tear resistance of the NXT material compared to NOMEX® Tough also ensure a particularly long service life.

In the Y55 with PBI design , the FIRE MAX 3 is available in golden yellow and dark brown. Contrasts create an attractive look: the shoulder and sleeve areas, trouser cuffs, and some details on the jacket and trouser pockets are in strong dark brown.

The FIRE MAX 3 is also available with the outer fabric NOMEX® Tough. This classic among fabrics for firefighter protective clothing also offers excellent mechanical and thermal protection properties and retains these even after repeated cleaning.

Breathable superstructure

A high-quality 3D PTFE membrane is used under the upper material. Despite its heat resistance, it ensures maximum breathability. Sweat is quickly transported to the outside, thus largely avoiding heat build-up.

The entire superstructure achieves a low resistance value of only 19 m2 Pa/W in the Ret test (Resistance to Evaporating Heat Transfer). The required standard value in the highest class must be below 30 m2 Pa/W.

On the inside of the suit, a safety thermal lining made of melamine resin fiber/aramid with a quilted cover ensures that emergency personnel are protected from the heat of fire even in extreme situations.

Protective jacket with integrated rescue system

The jacket of the FIRE MAX 3 suit is also available in the IRS design with internal tunnel to use the Rosenbauer IRS harness. The 85 mm wide aramid belt is available as an accessory and was developed according to EN 1498 Cl. A and EN 358 certified and is equipped with a triple-lock HMS aluminum carabiner according to EN 362.

The belt can be used as a restraint system wherever there is an increased risk of falling down, for example when working on flat roofs. It limits the movement space of the emergency personnel, making a fall impossible.

When working at elevation, e.g., on ladders, the system can be used as a stabilizing aid during the activity.