MOSH Airflow 396 orange

The MOSH chair's backrest grows with your child

Thanks to its meticulously engineered design, the MOSH Airflow 396 supports correct posture and helps prevent fatigue and back pain. The split S-shaped backrest follows the natural curvature of the spine, providing ideal stability in the waist and back area for maximum comfort. With its height adjustment, the MOSH Airflow 396 chair can easily adapt to users between 140cm and 170cm tall, so it can grow with your child.

The MOSH chair has adjustable armrests and breathable mesh

In addition to the innovative backrest, key features of the MOSH Airflow 396 chair include ergonomically curved armrests that are firmly connected to the backrest frame. This provides all users with better comfort, even during long periods of sitting. The design encourages better posture, as your child can sit closer to the desk without unnecessary strain on their back. The backrest of the MOSH Airflow 396 chair is made of high-quality breathable mesh to allow air to circulate better, which users will appreciate on hot days.

Rocking mechanism and intelligent synchronous movement

To ensure maximum flexibility, the MOSH Airflow chair features an intelligent four-position synchronous mechanism. This automatically adapts to the user's weight, providing natural and balanced movement without the need for manual adjustment. The chair's backrest can be easily tilted and locked in one of four positions, or you can enjoy free rocking. The seat height can be easily adjusted between 37.5cm and 47.5cm to perfectly suit different desks.

Comfort even during long hours of sitting

The MOSH Airflow 396 chair is equipped with a 3D pressure relief system that uses sports-grade PUR foam. The seat with a 45° diamond cut ensures even distribution of body pressure, meaning it doesn't transfer unwanted pressure to sensitive areas, helping to maintain an optimal position without discomfort. This technology has been adopted from sports car seats. The seat of the MOSH Airflow 396 chair contributes to a natural distribution of weight for long-lasting comfort.

MOSH Airflow 396 features a durable construction

Durable, high-quality materials guarantee a long service life, even with intensive use. The combination of a plastic frame and a plastic base ensures high stability and a load capacity of up to 120kg. The fabric cover and PUR foam provide the ideal balance between comfort and firm support. The castors on the MOSH Airflow 396 chair ensure smooth movement on all surfaces—parquet, laminate floors and carpets.

A great chair for every child or teenager

The MOSH Airflow 396 is a stylish and excellent ergonomic accessory for healthy sitting for children or teenagers. This office chair is a superb addition to any child's room.

Strict quality control system

At MOSH, quality is always the top priority during production. The office chairs are continuously checked throughout the manufacturing process, and the materials are subjected to durability tests. All tests are carried out on a special machine where the MOSH Airflow 396 chair is repeatedly subjected to prescribed pressure on the seat, backrest and armrests. On top of all this, MOSH office chairs undergo international BIFMA and EN1335 tests.

BIFMA (Business and Institutional Furniture Manufacturers Association) is involved in creating standards and ensures that only products meeting the strictest specifications reach the market. BIFMA certification also includes specific load tests that guarantee the high quality and safety of products. MOSH office chairs have been tested according to these standards. The EN1335 certificate confirms that the MOSH Airflow 396 chair has been designed with users' health and comfort in mind.

Ergonomic map of MOSH chairs

The manufacturer has designed its individual chairs to meet the highest standards for healthier and more comfortable sitting. In the table below you will find a comparison of the different types of MOSH Airflow chairs according to the mechanism used, the adjustability of the individual parts and the materials used.