In the previous article I wrote a common problem with stamping dies: mold failure. So here I will introduce you to this aspect of maintenance. The cost of stamping production is high. Usually the mold cost is 1/5-1/4 of the total cost of the part. This is because, in addition to the difficulty in manufacturing the mold and the high cost. The cost of mold repair and sharpening maintenance after putting into production is also high, and the original cost of the mold only accounts for about 40% of the total mold cost. Therefore, timely repair of the mold to prevent mold damage can greatly reduce the cost of stamping production. After the mold is damaged, there is a question of maintenance and scrapping. Generally speaking.

Unnatural wear of stamping dies, such as damage to non-critical parts. And the small punch is broken, the punch is thick and short, the concave template is cracked, and the cutting edge is cracked. Most of them can be restored to normal condition by repairing and re-commissioned into stamping production. but. When the key parts of the mold are seriously damaged, sometimes the convex and concave molds are damaged at the same time.The one-time repair cost Plastic Injection Molded Automotive Parts exceeds 70% of the original cost of the die, or the mold life is near. The meaning of maintenance is not great. At this time, the scrap mold should be considered: except for the large mold and the continuous mold with complicated structure.

When the mold repair technology is too complicated and the cost of mold repair is too large, the difficulty will inevitably make the maintenance period too long, which will seriously affect the normal production of stamping. It is necessary to choose to scrap the scrap beforehand and remanufacture the mold. Under normal conditions, the main failure mode of the die is excessive wear. Delivered from the manufacture of new molds. Until the burrs of the punched parts exceed the standard, the size and shape accuracy of the parts are too poor, and the mold can no longer be repaired or no repair value at all, the mold can only be scrapped. From the time the new mold is put into use to the end of the scrap. It usually takes many repairs and sharpening. I hope my summary is useful to everyone.

The global automotive brake hose market is expected to expand in terms of production and sales volume at an exponential CAGR, by value, during the forecast year. An automotive brake hose is a flexible conduit that is used to contain or transmit the fluid pressure in order to force a vehicle to stop on its application of the braking system.

“Manufacturers in the automotive industry are continuously attempting to bring-in scaling their competitive edge by bringing up innovative products to the global market space. Safety issues, demand for sustainability and performance excellence have put the automotive industry under pressure to develop high-quality products and it is ultimately driving the market for brake hose devices”.

The low installation costs associated with automotive brake hose have made them affordable and has been attributed as the major driving factor of the market expansion. Constant wear and tear associated with the use of this equipment, obligates essentially high maintenance costs, thus, resulting in market degradation.

Market segmentation by application includes hose type (turbochargers, power steering, brake, cooling, and heating) and belt type (timing and drive). Based on sales channel, the market has been split into original equipment manufacturer (OEMs) and aftermarket. The automotive brake hose market has been categorized based on the material type, which comprises fiber-reinforced plastics and rubbers & elastomers. An upscaling production of passenger and commercial vehicles is anticipated to propel the market expansion in the upcoming years.

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The geographical examination has identified Asia Pacific, North America, the Middle East & Africa, Europe, and Latin America as the key regions. The rising demand for hoses in North America, Japan, and China in order to enhance the vehicular fuel efficiency has resulted in an exponentially growing adoption of turbochargers. This, in turn, has boosted the sales of automotive brake hose equipment. The Asia Pacific region is accounted to be the fastest growing due to an increase in the concentration of emerging players striving to capitalize on growing demands, altering demographics and lifestyle.

The competitive landscape of automotive brake hose market encompasses an array of highly acclaimed contenders such as Bosch, Hitachi, Delphi Technologies, ContiTech AG, Dayco, Goodyear Belts and Hoses, Continental, Robert Bosch GmbH, Cooper Standard Holding Inc., and Toyoda Gosei Co. Ltd., amongst others.

The automotive brake hose market poses a multitude of challenges for the business participants and is gaining a critical understanding of these pitfalls have impelled the contenders to pander strategic merger & acquisition activities with their fellow candidates. They have identified the cost of resources, former growth statistics, sales volume, and future prospects.

The automotive brake hose product range launched by HELLA PAGID is notable for their safety, long service life, durability, and performance. These are made of brass or zinc-coated steel or stainless steel, and serving robust fitting connections. It is perfectly coordinated design and first-class material quality deploy an easy-to-fit and a time-saving "plug and play" process. These have demonstrated maximum resistance to external and internal conditions.

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Global automotive MEMS sensors market is anticipated to witness exponential growth in the forecast period. Automotive MEMS, is an important technology mainly used in the automotive industry that assists to improve vehicle features. Factors such as strict regulations mandating in the integration of technologies and devices, technological advancement, increasing demand for automotive sensors, presence of progressive technologies such as lane departure warning (LDW) systems and advanced driver assistance systems (ADAS) and increasing demand for connected and autonomous vehicles are driving the market growth.

In addition, increasing capital investments in R&D activities, rising disposable income and rapid integration of automotive sensors in hybrid cars are likely to drive the automotive MEMS sensors market in forthcoming period. On the other hand, high cost pressure on OEMs and anticipated to hinder the market growth in future. However, increasing demand of different types of sensors, particularly in autonomous cars, and strict government regulations is likely to create lucrative opportunities for the market. Globally, market is anticipated to expand at a significant CAGR in the upcoming period as the scope, product types, and applications are increasing on a global level.

Automotive MEMS sensor market is segmented by type, components, and geography. Market is segmented by type as Temperature Sensor, Pressure Sensor, Gas Sensor, MEMS Sensor and Motion Sensor. The “MEMS Sensor” segment accounted for a prominent share in the market. It is likely to witness substantial growth in the years to come. The key factors that could be attributed to the growth of market include increasing applications in safety & security, body electronics, powertrain, and among others and the rising demand of automotive sensors in Asia-pacific and North American region.

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Based on components, the automotive MEMS sensor market could span Body Electronics, Powertrain, Safety and Control and Chassis. The “Powertrain” segment accounted for a prominent share in the market. It is likely to witness substantial growth in the years to come. The key factors that could be attributed to the growth of market include high efficacy of lightweight materials for reducing fuel consumption and rising demand of powertrain market for automated transmission.

Europe is a leading region in the market. It is likely to maintain a dominance in the forecast period owing to factors, such as rising demand of emission control sensors (ECS) with the increasing stringent regulations such as NSVI, EURO VI and BS VI, technological advancement, and increasing demand of automotive sensors. Europe is followed by Asia-Pacific region owing to increasing spending in R&D, high demand and robust technological infrastructure for automobile production.

Key players operating in the automotive MEMS sensors market include Denso Corporation, Robert Bosch GmbH, Sensate Technologies, Continental AG Corporation, Infineon Technologies, Autoliv Inc., Freescale Semiconductors, Delphi Automotive LLP, Asahi Kasei Corporation, and Analog Devices Inc. The leading companies are involved in partnerships, mergers and acquisitions, and joint ventures in order to boost the inorganic growth of industry.

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The global motorcycle infotainment system market is expected to display higher growth rate in the upcoming period. Rapid surge in the market is credited to the growing concerns regarding driver and passenger safety. Furthermore, rising demand for luxury and high-tech motorcycles is expected to propel the market growth in the forecast period. The adoption of modern-day electronic techniques and devices has made the automotive systems more reliable, accurate, and fuel-efficient. Globally, motorcycle infotainment system market is predicted to generate massive revenue over the forthcoming period, providing numerous opportunities for industry participants to invest in research and development of motorcycle infotainment system.

Growing competition in automotive sector with substantial increase in the number of automotive original equipment manufacturers (OEMs), dealers, and additional stakeholders inside the supply chain are anticipated to drive market growth in the upcoming years. Integration of highly advanced display, GPS tracker, software, and connectivity module is fostering the growth of motorcycle infotainment system market over the coming years. The motorcycle infotainment system allows motorcycle enthusiasts to navigate on unknown routes. Advanced navigation system curbs the need to stops while searching for right navigation.

In addition, the rising competition in automotive sector has led to instigate latest technology trends, ultimately influencing the market growth further. Numerous market players are focusing on research and development of advanced technologies such as holographic dashboard displays. Automotive display system are part of in-vehicle display technologies that ensure driver safety, and are expected to find space in variable vehicles categories in upcoming years.

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The motorcycle infotainment system market is broadly categorized into two major segments based on the application type such as motorcycles and trikes. Motorcycles segment is growing rapidly in the market with substantial revenue generation in the last few years. Growing popularity of infotainment system in motorcycles segment is attributed to the increasing product penetration and availability of low cost solutions.

The market is divided by region as North America, Europe, Asia-Pacific, Latin America and Africa. North America has shown major growth in recent years owing to the rise in implementation of latest technologies in automobile sector, surge in number of research & development activities and existence of well-established industrial infrastructure in the region. In European region, Germany, France, and United Kingdom are projected to witness steady growth.

Asia-Pacific region is estimated to hold a major share in the market with massive growth in forecast period. Countries such as India, China and Singapore are leading the Asia-Pacific market with robust growth automotive industry, rising personal disposable income, higher demand for luxury motorcycles, and significant investment by leading industry players considering potential growth opportunities in the region.

The key players in the motorcycle infotainment system market are Alpine Electronics, Inc., Robert Bosch GmbH, Continental AG, Garmin Ltd., HARMAN International, Inc., and TomTom International, Inc.

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The global automotive solar control glass market has been estimated to foresee an explosive growth by the year. Solar control glass blocks the interior heat loss and helps to keep the room warmer and more comfortable during extreme climatic conditions. “Automotive solar control glass promotes a healthier living environment as it delivers outstanding protection from harsh sun rays. Major technological advancements have been incorporated by the market players to strengthen their competitive landscape. Electrochromic glazing improvises optical properties of the window to regularize outside energy transmitted in the vehicle. Electrochromic glazing has minimized the use of air conditioners, therefore curtailing the fuel costs.”

The installation of solar control windows exhibits enhanced comfort due to reduced heat transferred into the compartment and therefore, offering better driving conditions. The considerably increasing criminal activities imposed a legal prohibition on the use of black films on vehicle glasses. This was a major factor that hampered the growth of automotive solar control glass market.

Based on applications, the market has been segmented into passenger vehicles and commercial vehicles. The high cost of air conditions has propelled the incorporation of automotive solar control glass market across commercial vehicles. Absorbing Solar Control Glass and Reflective Solar Control Glass are the major types of automotive solar control glass.

Geographical segmentation has presented a detailed analysis of automotive solar control glass market growth prospects across the regions of North America, the Asia Pacific, Europe, the Middle East, and Africa, and Latin America. Altering climatic conditions and exponentially growing population as attributed to the rise in the number of residential and commercial vehicles in Asia Pacific, which is driving the market growth.

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The competitive landscape showcases the profiles and business strategies of the major players, along with their recent developments. Some of the dominant players operating in this market comprise of NSG, Saint Gobain, AGC, AIG, PPG, Guardian Glass, Eastman, XINYI, and SYP Glass among others.

Players are entering into business partnerships with fellow contestants and are significantly investing in innovation strategies, which is estimated to drive the cellular vendors to reach new growth markets. The market participants have identified the industry cost structure, supply chain mechanism, major distribution channels, and production capabilities. The market competition is escalating at a steady pace with the advent of technological innovation and several Merger & Acquisition activities across the industry. Furthermore, local and regional vendors are offering specific application products for varied end-users.

The rising environmental concerns like CO2 emission reduction and growing demand for optimizing the temperature regulatory measures inside a vehicle is driving the market for automotive solar control glass. XIR Automotive Films is a solar control technology developed by Eastman which lowers the cabin temperature quickly and improves fuel efficiency that ultimately reduces harmful emissions. The XIR laminated glass reduced exterior noises thus improve acoustic comfort. This glass is encapsulated with Saflex PVB to form a protective barrier against harmful Ultraviolet (UV) rays without impairing the necessary visible light.

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