22 November 2016
22 November 2016
The quest for supreme lightness, exceptional strength and captivating aesthetics means more and more luxury product manufacturers are developing new ways to incorporate North Thin Ply Technology’s unique thin ply materials into their products.
According to NTPT, it began its exciting collaboration with prestigious Swiss brand Richard Mille in 2013, when ThinPly prepregs were first used to produce the original TPT Black RM 35-01 watch. The distinctive tonneau shaped case was machined from a solid carbon block, formed using 30 micron layers of carbon fibre prepreg cured under immense pressure in an autoclave.
The transition between each layer produces the now familiar ‘TPT’ appearance on the surface.
Following on from this success, NTPT explains how Richard Mille challenged it to develop a new white-coloured composite with the brand’s very strict set of specifications. An extensive joint development programme resulted in TPT Quartz which it describes as the world's first thin ply quartz fibre prepreg – that went on to win a JEC World 2016 Innovation Award for both companies.
NTPT explains that the 52g/m2 material, that interleaves carbon TPT with white TPT Quartz, made its debut in the distinctive RM 27-02 Rafael Nadal edition in 2015. In 2016, Richard Mille followed up with the stunning RM 35-02 Rafael Nadal model, featuring a red version of the quartz prepreg.
To be used in a Richard Mille time piece, the NTPT prepreg has to meet an extensive list of performance specifications, starting with a high strength to weight ratio. In addition to being visually attractive and accurately machine able, the project team also has to demonstrate that the material is non-allergenic, UV stable and resistant to a range of chemicals that the watch could encounter during its lifetime.
Now in their third year of working together, NTPT says it continues to innovate with Richard Mille looking at new products and materials including the mechanical fountain pen that combines a machined TPT barrel with a self winding mechanism.
Having recently launched their luxurious and limited edition wrist-wear collections, Senturion are no strangers to manufacturing with exotic materials. NTPT explains that Senturion wrist-wear combines a unique look with the ultimate in encrypted security. Compatible with all of the world’s top supercar brands, the Senturion ‘key’ is designed to be synchronized with the wearer’s car.
NTPT has worked with Senturion to develop black TPT carbon fibre enhancements to be used in the latest collection of these 1 in a billion pieces. From their base in the Alps, Scandela set out to revolutionise eyewear design with an exclusive ‘out of the box’ approach which connects the latest materials technology with traditional handcrafted assembly.
NTPT claims it provided the perfect solution to Scandela’s brief for a lightweight, rigid and comfortable new sunglasses frame material that combined high precision manufacturing techniques from F1, aerospace and hi-tech yacht racing with a striking appearance - reinforcing the brand’s focus on innovation and aesthetics.
Scandela’s unique pieces are machined from TPT carbon blocks. Scandela’s no compromise manufacturing philosophy employs only the finest specialist skills in each area of production; ranging from design to assembly and high-precision CNC machining.
Photo provided by North Thin Ply Technology
For the Apple iPhone products XS, XS Max and XR, the GTB Global Trade Berlin with its premium brands BlackRock and WhiteDiamonds, has developed a new series of innovative design cases which protect the high-quality devices in a unique manner.
Bally Ribbon Mills (BRM) announces its film infusion capabilities for 3-D woven joints. In the film infusion process, a frozen sheet or film of resin is infused onto the custom 3-D woven joint, saving customers the trouble of infusing the resin themselves upon delivery of the BRM-made joint.
Angel Trains, one of Britain’s leading train leasing companies, has collaborated with engineering consultancy ESG Rail, and 3D printing technology provider Stratasys, to produce four fully approved interior components using 3D printing, also known as Additive Manufacturing.