Fakuma will take place in Friedrichshafen Exhibition Centre from 12 to 16 October 2021. DOMO will be showcasing its entire engineered materials offering on the world’s leading technical event for industrial plastics processing. We look forward to showcasing our TECHNYL® products offer solutions.
DOMO Chemicals has developed a new product family PA66 based black plastics suitable for laser welding, a technology that is increasingly used in joining together thermoplastic parts. DOMO’s new laser transparent Technyl® AF 219 V30 Black LT is now available on the market.
From February 2022, DOMO will exclusively produce and commercialize TECHNYL® globally, providing the worldwide market with the brand’s almost 70 years of experience.
DOMO, a global polyamides solutions provider, has formed a strategic partnership with Rapid Product Development GmbH, an Austrian leader in advanced 3D printing product development, rapid prototyping, and mechanical processing.
DOMO Chemicals, a leader in Selective Laser Sintering (SLS) materials innovation, is strengthening its position as a key player in the additive manufacturing sector by partnering with ZARE, a leading 3D-printed parts service bureau.
Technyl® Blue range, the market reference for thermal management, has been enriched with new grades specifically designed for electric vehicle (EVs/HEVs). Based on PA6.6/PA6.10 polymer technology, these new materials address both injection molding for parts in cooling circuits and air-conditioning systems, which also benefit from our brand-new extrusion range.
Solvay presents at Formnext 2019 (Hall 12.1 Booth F19) the latest improvements of its Sinterline® solutions to further accelerate the industry’s transformation. Upgraded Sinterline® Technyl® polyamide 6 (PA6) powders feature easy processability while achieving high mechanical performances.
New and advanced Technyl® Max polyamide 6.6 (PA6.6) technology was chosen by Carbody, expert in safety and sealing solutions for the automotive industry, to develop its all-plastic brake pedal. Designated ‘Skeleton’, the revolutionary pedal concept made in Technyl® Max replaces conventional steel design with a lightweight hybrid structure.
Solvay unveils HUB by Technyl® to further accelerate customer product innovation in fast-changing markets. HUB by Technyl® features strengthened MMI® Technyl® Design1 advanced predictive simulation, application performance testing (APT®) and Sinterline® 3D-printing services, better connecting them to the entire Technyl® development offering.
Solvay introduces Technyl® Orange, a brand-new range of fire-resistant products for high-voltage automotive components and cabling in electric vehicles. The new palette of orange pigmented Technyl® grades offers reliable color retention, laser-marking, flame-retardancy (FR), high heat and fatigue resistance.
Technyl® celebrates 66 years of innovation in lightweighting, thermal management, fire protection and eco-responsible solutions at K 2019 (Hall 6, Booth C61). Building on historical foundations, the Technyl® brand is stronger than ever with new products and services to help the industry anticipate global trends and transform our lifestyle.
Solvay introduces an enhanced version of Technyl®One, the company’s range of halogen-free flame-retardant materials. The new generation of products meets the challenges of the digital transforming of cities by delivering more performance, safety and environmental protection.
Solvay introduces new advanced Technyl® polymer solutions to address the growing need for personal protection and systems safety for the automotive industry. A whole family of electro-friendly low-corroding materials has been developed to meet the needs of car manufacturers.
Solvay announces that leading manufacturer of cleaning technology Kärcher is using Technyl® 4earth® high-quality environmental solution. The premium recycled polyamide becomes henceforth the material of choice for molding spray lances of Kärcher’s high-pressure cleaners.
Solvay is spotlighting the advances in its Technyl® portfolio of polyamide (PA) flame retardant materials benefitting a wide range of applications utilized for electric-flow from power generation and distribution to end use.
Solvay is promoting its Technyl® polyamide (PA) portfolio and unique advanced services and support for automotive OEMs and Tier customers in China to make the switch to metal replacement applications.
Solvay announces significant advances in its Technyl® portfolio of polyamides (PA) to provide fit-for-purpose and cost-efficient solutions to meet major challenges and disruptive trends such as connectivity and autonomy as hybrids, all-electric (xEV) and autonomous vehicles share a common and growing need for improved electrical and electronic components performance.
Solvay unveils Technyl® Red J, the polyamide-based material specially designed for turbocharger systems running at continuous temperatures up to 220°C.
Solvay introduces the Technyl® Blue range, a heat stabilized material family for automotive thermal management combining superior hydrolysis and thermal ageing performance in presence of aggressive coolants.
Solvay, a global leader in advanced polyamide solutions, is strengthening its Sinterline® Technyl® polyamide 6 (PA6) offer for additive manufacturing of functional parts with MMI®Technyl® Design
Solvay has launched Technyl® Red S, a highly heat stabilized polyamide designed especially for automotive applications operating at a continuous temperature of 200°C.
Solvay, a world leader in polyamide-based performance materials, announces the start of production of engineering plastics in San Luis Potosí, Mexico.
O Grupo Solvay, que no Brasil também atua com a marca Rhodia, está investindo na ampliação do seu portfólio de plásticos de engenharia de alto de desempenho.
Solvay, a world leader in polyamide-based performance materials, officially introduced at K 2016 (Hall 6 Booth C61), the brand new solution Technyl® 4earth® providing breakthrough environmental benefits as compared to traditional Polyamide 6.6 (PA6.6).
Solvay, a world leader in polyamide-based performance materials, is building a Technyl® polyamide compounding unit in San Luis Potosí, Mexico, with initial annual capacity of 10KT.
Solvay, a world leader in polyamide-based performance materials, launched at K 2016 Technyl® REDx, a new heat performance polyamide 6.6 (PA66) integrating a unique “smart molecule” self-reinforcement technology.
Solvay today received from Emmanuel Macron, the French Economy, Industry and Digital Sector Minister, the Pierre Potier Prize medal1 in the “Process” category for its Move4earth™ innovation.
Solvay will mark its presence at K 2016 by sharing the latest news about its cutting-edge, lightweighting materials, additive manufacturing technology and sustainability solutions.
Solvay Engineering Plastics, a world leader in polyamide materials, announces at Chinaplas 2016 the development of a new Technyl® range for the demanding environment of automotive electronics.
Solvay Engineering Plastics, a world leader in polyamide-based performance materials, has unveiled at this year’s Chinaplas an advanced PA6.6 polymer technology to offer the possibility of further miniaturization and enhanced aesthetics to the consumer electronics market in Asia; home of industry’s largest manufacturing base.
Solvay Engineering Plastics, a world leader in polyamide-based performance materials, today announced that its entire range of Technyl® PA6.6 and Technyl® eXten PA6.10 materials for plumbing applications has obtained full drinking water contact approvals from the following leading certification authorities
Solvay Engineering Plastics, a world leader in polyamide-based performance materials, announces the creation of a dedicated part testing laboratory in Shanghai, China, to support the growth of its customers in the Asia region.
Solvay, an international chemical group and leader in high-performance polymers for demanding applications, today announced its Specialty Polymers and Engineering Plastics business units will highlight a full array of advanced product solutions during Chinaplas 2016 (April 25-28) in Shanghai (Booth N1A01) targeted to meet China’s ambitious drive for economically, environmentally and socially responsible progress.
Designed specifically for laser sintering processes, Solvay’s Sinterline® technology enables a 3D printed plenum with comparable performance to injection molded part
Simultaneously Addresses Increasing Safety Demands and Superior Processing Efficiency for Challenging Miniaturization Requirements of Electrical Equipment
From post-industrial technical textile waste to high-quality PA 6.6 recycle. Industrial-scale facility to be built at project site in Gorzów, Poland.
Providing more flexible and faster delivery of its differentiating polyamide solutions to customers.
The new products are aligned with the market demand for high performance plastics, providing unique combinations of properties, chiefly superior heat, chemical and mechanical resistance, being flame proof with excellent surface finishing, allied to better processability.
DOMO has launched a new product finder now extended with the whole TECHNYL®* range. The product finder provides a unique source for material information and is a convenient way of communication thanks to a market leading material database in the backend.
TECHNYL® ONE J60X1 V30 Grey 7035 LPU is a PA66 based 30% glass fiber reinforced halogen free flame retardant solution with best-in-class fire behaviour.
Plastic components such as polyamides (PA) are often used in the cooling circuits of Internal Combustion Engine (ICE) vehicles, due to their good thermo-mechanical behaviour and chemical resistance to cooling fluids such as glycol mixtures. However, as more people move to electric vehicles, there are new technical challenges for engineering plastics. DOMO’s R&D innovation lead for Automotive Market, Louise-Anne Fillot, will be talking about how our innovative TECHNYL® products offer solutions for this specific mobility segment.
Electrical equipment and consumer electronics manufacturers are increasingly looking to high-performance polyamides for device miniaturization while seeking solutions that meet ever-more stringent industry regulations, including for fire and safety hazards. With its Technyl® line, DOMO Engineering Materials offers a complete range of non-halogenated flame-retardant polymer solutions for applications ranging from power management and renewable energy systems, to consumer electronics, household appliances and more.
The sustainable mobility revolution is gaining momentum, with close to 10 million electric vehicles (EVs) on the road today, and a tenfold increase expected over the next 10 years. And the scope of alternative drivetrain solutions goes beyond battery EVs and hybrids. It also includes fuel cell electric vehicles (FCEVs), which produce their own electricity through a hydrogen fuel cell. Key components of the fuel cell, including the stack and storage, require demanding material performance and Technyl® delivers with specially-formulated PA solutions.
In electric vehicles (EVs), the color orange is used for parts and components that represent a potential electric safety hazard, so that they are immediately identifiable. Had the marketing people who selected the color orange first consulted with the technical engineers, however, they might have opted for a different shade, because orange is the most challenging color to formulate in polyamide. Having successfully taken on this challenge several years ago, Technyl® has established a strong value proposition with its Technyl® Orange range.
In this technology-driven era, objects, systems, workflows and solutions are increasingly interconnected. By integrating data with artificial intelligence (AI) and the internet of things (IoT), arrays of electronics, electric circuits and grids, energy and water management systems, and more, are creating new network effects for society. As a result, today’s cars, homes, businesses and industry, and entire communities, are becoming more functional and efficient.
To help manufacturers innovate quickly and keep ahead of the competition, DOMO has developed a unique suite of services designed to push the boundaries of parts performance in fast-changing sectors like automotive, consumer electronics, heating and cooling and more. HUB by Technyl® features MMI® Technyl® Design’s advanced predictive simulation tool to help OEMs and parts suppliers develop lighter, more cost-effective parts, with dedicated expertise to support innovation and speed time-to-market.
The integration of the Technyl business into the DOMO Chemical family creates a European leader in high-performance engineering polyamide materials, driving innovation and accelerating sustainable growth. The strong reputation of the TECHNYL® brand fits perfectly with the DOMAMID® range of engineered and virgin polyamide resin grades and ECONAMID® range of recycled polyamides. By integrating the complementary strengths of both companies, customer excellence is bolstered through an integrated PA6 value proposition, also comprising PA6.6, PAHT, PA6.10, PPA and PPS.
Water is our most precious resource and clean drinking water is essential to our well-being. This is why water systems are subject to some of the most stringent standards of any industry in terms of health and safety. This is especially the case with respect to materials for products coming into contact with drinking water. Technyl® offers a competitive portfolio of solutions specifically geared to water management systems, including for food and drinking water contact applications.
Technyl®, a leading brand in polyamide 6 and 66 (PA6 and PA66) engineered solutions, pioneered few years ago 3D printing with Sinterline® PA6 powders for selective laser sintering (SLS). The use of Sinterline® materials is constantly increasing for functional prototyping applications, thanks to the high levels of mechanical performance they deliver.
In electric vehicles, high-voltage components and cabling are identifiable by the color orange for safety reasons (see Safety orange: New range of polyamide for safer electric vehicles). This means that parts and component-makers for electric vehicles require compounds offering color stability along with heat and high-voltage resistance, as well as being compliant with regional regulatory standards.
The automotive industry is facing a bumpy ride with the onslaught of new technologies and business models, similar to the wave of change that shook up the music, telecommunications and video industries in recent decades. The disruptive trends include the emergence of electric vehicles (EVs), autonomous vehicles (AVs) and ride-sharing apps, as well a generational step-change in consumer preferences and a surge in sustainability sentiment in key markets.
As urban populations grow, congestion is rising in cities around the world, which poses health, environmental and economic risks. The answer to this costly conundrum lies in a combination of seamless mobility and smart technologies to save our cities. New, integrated mobility concepts, including shared mobility, self-driving autonomous vehicles (AVs) and the switch to electric vehicles (EVs), will all play an important role in the urban mobility transformation.
The automotive industry is increasingly looking for lighter-weight substitutes for metal components, particularly for electric vehicles (EVs) and other alternative drive technologies. The metal replacement material must not only be lighter weight, but also cost-effective and tough enough to do the job. This is why Carbody selected the new Technyl® Max polyamide 6.6 (PA6.6) technology for its all-plastic brake pedal, replacing the conventional steel design with a lightweight hybrid structure.
As industry embraces the circular economy and the benefits of recycling and re-use of materials, demand for recycled plastics for commercial applications is growing. Regulatory push and economic pull are driving automotive, building and construction, and electronics manufacturers, in particular, to seek recycled plastic for use in their sustainable product designs. Move 4earthⓇ project is a proof of concept of one such specialty recycling solution.
Technyl® Blue grades are specifically designed for electric and hybrid vehicles include ranges for both injection molding and extrusion for parts in cooling circuits and air-conditioning systems. Some of these grades are going beyond the standard limits of the PA6.6 with optimized cost-performance solutions based on PA6.10.
To help car manufacturers identifying high voltage, contact protected components in electric vehicles, Solvay has developed Technyl® Orange, a new range of fire-resistant products for high-voltage automotive components and cabling in electric vehicles.
As EVs continue to make inroads in the automotive market, they are expected to gain ever more market share from traditional internal combustion engine (ICE) vehicles. How much market share is still a matter of debate.
From driverless taxis to robot delivery vans and road hauling trucks, autonomous vehicles (AVs) promise to change the nature of transportation and, in the process, transform the automotive industry. The autonomous vehicle revolution will mean a dramatic shift in the mobility market, away from cars as products and toward ‘mobility as a service.’ This implies significant changes for vehicle sales volumes and automotive business models in the decades to come.
HUB by Technyl® connects customers seamlessly to the entire Technyl® development offering, supporting them throughout the journey, from design and material selection through to parts testing. It brings together MMI® Technyl® Design’s advanced predictive simulation, together with prototyping in Sinterline® 3D-printing, and flexible parts testing with APT® application performance testing.
