Uncompromising quality, developed in-house: SECUMAR
Every SECUMAR lifesaving product must protect and save lives in an emergency. This commitment has guided our work for 100 years. We develop and manufacture lifejackets and other lifesaving equipment for use on, in, under and above the water.
A family-run business, a history, a name: SECUMAR
We have been developing and manufacturing life-saving equipment for aviation and shipping since 1926. Today, more than 120 employees work at our site in Holm, near Hamburg. We supply around 100,000 lifejackets every year.
SECUMAR presents new lifejackets and immersion suits at the A+A 2017 exhibition in Düsseldorf, the largest international trade forum for safety, security and health at work.
A+A 2017 will open its doors from October 17th – 20th, 2017 – the best opportunity to find out about the latest PPE product developments at the SECUMAR stand in hall 04 – booth number 4G27.
Electronic alarm and direction finding equipment is a major step forward for lifejackets, offering an extra positive safety feature. However, many factors need to be observed in order that the complete system functions properly and reliably: for example, the transmitter needs to be automatically activated via the inflation of the lifejacket in one seamless operation.
The antenna must not be able to damage the lifejacket but at the same time be stiff enough to reliably raise itself into position; the transmitter must not have sharp corners and also be capable of stowing properly within the lifejacket cover. Importantly, the wrong transmitter or incorrect installation can in the worst case, damage the lifejacket as well as its operation or affect the operation of the PLB as well. It may also negate the DIN EN ISO classification of the lifejacket if fitted by an unqualified supplier as it no longer conforms to the original test parameters.
SECUMAR has rigorously tested several different MOB solutions to find the best compatible systems appropriate with its stringent requirements for safety and quality.
The light is activated upon contact with water; the activation is immediate and absolutely reliable. For the source of power is an electrolyte cell whose chemical process is initiated by water penetrating it. Further advantages: production of energy which is more environ-ment friendly than the use of batteries as well as easy maintenance.