Slash & needle-resistant gloves using cut-tex® pro
OLIVIER VERMEERSCH, VP R&D CTT GROUP
A new series of highly advanced slash and needle-resistant gloves has been launched by PPSS Group. All glove models are being manufactured using an ultra-high performance cut resistant fabric known as Cut-Tex PRO offering tested and certified cut protection to those operating in higher risk environments, such as police, prison and security officers who frequently face hostile and intoxicated members of the public.
A new fibre for transmitting biomedical data OLIVIER VERMEERSCH, VP R&D CTT GROUP
A study published recently by a team of Montreal researchers from the Centre d’optique, photonique et laser indicates that they have developed a fibre that, when integrated into clothing, can receive and transmit the wearer’s biomedical information to an emergency call centre or responder via Wi-Fi.
Slash & needle-resistant gloves using cut-tex® pro
OLIVIER VERMEERSCH, VP R&D CTT GROUP
A new series of highly advanced slash and needle-resistant gloves has been launched by PPSS Group. All glove models are being manufactured using an ultra-high performance cut resistant fabric known as Cut-Tex PRO offering tested and certified cut protection to those operating in higher risk environments, such as police, prison and security officers who frequently face hostile and intoxicated members of the public.
A new fibre for transmitting biomedical data OLIVIER VERMEERSCH, VP R&D CTT GROUP
A study published recently by a team of Montreal researchers from the Centre d’optique, photonique et laser indicates that they have developed a fibre that, when integrated into clothing, can receive and transmit the wearer’s biomedical information to an emergency call centre or responder via Wi-Fi.
Slash & needle-resistant gloves using cut-tex® pro
OLIVIER VERMEERSCH, VP R&D CTT GROUP
A new series of highly advanced slash and needle-resistant gloves has been launched by PPSS Group. All glove models are being manufactured using an ultra-high performance cut resistant fabric known as Cut-Tex PRO offering tested and certified cut protection to those operating in higher risk environments, such as police, prison and security officers who frequently face hostile and intoxicated members of the public.
A new fibre for transmitting biomedical data OLIVIER VERMEERSCH, VP R&D CTT GROUP
A study published recently by a team of Montreal researchers from the Centre d’optique, photonique et laser indicates that they have developed a fibre that, when integrated into clothing, can receive and transmit the wearer’s biomedical information to an emergency call centre or responder via Wi-Fi.
Slash & needle-resistant gloves using cut-tex® pro
OLIVIER VERMEERSCH, VP R&D CTT GROUP
A new series of highly advanced slash and needle-resistant gloves has been launched by PPSS Group. All glove models are being manufactured using an ultra-high performance cut resistant fabric known as Cut-Tex PRO offering tested and certified cut protection to those operating in higher risk environments, such as police, prison and security officers who frequently face hostile and intoxicated members of the public.
A new fibre for transmitting biomedical data OLIVIER VERMEERSCH, VP R&D CTT GROUP
A study published recently by a team of Montreal researchers from the Centre d’optique, photonique et laser indicates that they have developed a fibre that, when integrated into clothing, can receive and transmit the wearer’s biomedical information to an emergency call centre or responder via Wi-Fi.
Slash & needle-resistant gloves using cut-tex® pro
OLIVIER VERMEERSCH, VP R&D CTT GROUP
A new series of highly advanced slash and needle-resistant gloves has been launched by PPSS Group. All glove models are being manufactured using an ultra-high performance cut resistant fabric known as Cut-Tex PRO offering tested and certified cut protection to those operating in higher risk environments, such as police, prison and security officers who frequently face hostile and intoxicated members of the public.
A new fibre for transmitting biomedical data OLIVIER VERMEERSCH, VP R&D CTT GROUP
A study published recently by a team of Montreal researchers from the Centre d’optique, photonique et laser indicates that they have developed a fibre that, when integrated into clothing, can receive and transmit the wearer’s biomedical information to an emergency call centre or responder via Wi-Fi.