Steady Performance of High-Reliability Materials for Automotive Applications
First written in FY2017-Q3. 10 of 24 entries say "Restated". Latest entry: FY2026-H1.
0 other companies' latest entry also says "Restated".
- FY2026-H1RestatedAnnual report
「In the electronic chemicals business, sales of solder paste increased in line with higher material prices under a formula-based pricing system, in addition to the steady performance of automotive products.」
Automotive solder paste continued to perform steadily, and formula-based pricing linked to material prices also contributed to higher sales. - FY2025-H1RestatedAnnual report
「In the electronic chemicals business, automotive solder paste performed steadily, and demand for solder resist used in flexible printed circuit boards for smartphones expanded.」
The continued steady performance of automotive solder paste was reported, along with expanding demand for smartphone solder resist. - FY2024-Q1ReframedAnnual report
「In the Electronic Chemicals business, demand for automotive solder paste showed signs of recovery, but demand related to information and communications products, including smartphones and PCs, and demand related to semiconductors remained weak, resulting in lower sales of both solder paste and solder resist.」
Demand for automotive solder paste showed signs of recovery, while weak information and communications and semiconductor-related demand led to lower sales for electronic chemical materials overall, highlighting differences by product. - FY2023ReframedAnnual report
「Although solder resist was affected by production cuts at automotive customers and weak demand for flexible printed circuit boards for smartphones, sales were at the same level as in the previous fiscal year, partly due to foreign exchange effects.」
Automotive and smartphone-related materials were affected by customer production cuts and weak demand, while sales remained at the previous fiscal year's level due to foreign exchange effects. - FY2023-Q3ReframedAnnual report
「Meanwhile, sales of automotive reactors remained sluggish as customer model changes progressed and production cuts due to semiconductor shortages continued.」
The continued weakness in automotive reactors was attributed not only to production cuts caused by the previous semiconductor shortages, but also to customers' ongoing model changes. - FY2023-Q2AdvancedAnnual report
「In the Electronic Chemicals business, solder paste sales remained firm, and adoption progressed in Chinese-brand EVs and other applications.」
Specific progress was reported in automotive materials, including growing adoption of solder paste by Chinese EV manufacturers and others. Meanwhile, automotive reactors performed poorly as customers cut production due to semiconductor shortages. - FY2023-Q1ReframedAnnual report
「Sales of reactors for environmentally friendly vehicles fell short of the planned level due to production cuts at customers resulting from semiconductor shortages. Meanwhile, sales of solder paste and other products for EVs in China and South Korea remained firm.」
Within automotive-related products, reactors for environmentally friendly vehicles fell short of plan as customers cut production due to semiconductor shortages, while electronic chemical materials for EVs in China and South Korea remained firm, highlighting differences by region and product. - FY2022WorsenedAnnual report
「Automotive-related customers were affected by production adjustments due to semiconductor shortages and the spread of COVID-19, and sales declined more than expected because of delivery restrictions.」
For automotive-related products, customer production adjustments caused by semiconductor shortages and infections became apparent in the form of delivery restrictions and lower sales. - FY2022-Q3WorsenedAnnual report
「Meanwhile, automotive reactors were temporarily affected by production cuts at customers due to semiconductor shortages and the resurgence of COVID-19 infections.」
The automotive reactors previously considered resilient were temporarily affected by production cuts at customers resulting from semiconductor shortages and the resurgence of infections. - FY2022-Q2RestatedAnnual report
「In the Electronic Chemicals business, sales of solder paste and solder resist remained firm as production activity in the electronics market recovered.」
Against a backdrop of recovering production activity in the market, sales of solder paste and solder resist remained firm. Meanwhile, higher tin prices weighed on profits. - FY2022-Q1RestatedAnnual report
「In the Electronic Chemicals business, sales of solder paste and solder resist remained firm, supported by the recovery in overall market production activity and stronger automotive-related demand.」
Against a backdrop of stronger automobile-related demand, solder paste and solder resist, including products for automotive applications, have continued to perform steadily. - FY2021MitigatedAnnual report
「As production activity in the Chinese market recovered, production of automotive solder paste and solder resist increased, while solder resist for flexible circuit boards used in smartphones also remained firm.」
Automotive high-reliability materials increased production as the Chinese market recovered, partially recovering from their previous weakness. - FY2021-Q3MitigatedAnnual report
「In the electronic chemicals business, automotive solder paste and solder resist remained firm, while」
Automotive materials, which had weakened against a backdrop of sluggish global automobile sales, were described as performing steadily, partially mitigating the impact. - FY2021-Q1WorsenedAnnual report
「In the electronic components business, demand for transformers and reactors and other products for industrial machinery-related customers remained weak due to restrained customer capital investment, while automotive reactors also performed poorly as automobile production contracted.」
Due to reduced automobile production, automotive reactors, previously considered resilient, also came under pressure. - FY2020WorsenedAnnual report
「In the electronic chemicals business, automotive solder paste, which had performed steadily against the backdrop of the increasing electronic content and electrification of automobiles, weakened somewhat from the second half onward due to sluggish automobile sales and the COVID-19 pandemic.」
Automotive solder paste, which had previously performed relatively steadily, weakened from the second half onward against the backdrop of sluggish automobile sales and COVID-19. - FY2020-Q3WorsenedAnnual report
「In the electronic chemicals business, automotive solder paste, which had secured relatively stable sales against the backdrop of the increasing electronic content and electrification of automobiles, was trending slightly weaker against the backdrop of sluggish global automobile sales, while」
Automotive solder paste, which had previously been relatively stable, weakened against the backdrop of sluggish global automobile sales. - FY2020-Q2RestatedAnnual report
「Although the electronics market as a whole remains in a difficult environment, high-reliability solder paste and solder resist for automotive applications and solder resist for smartphones are generally progressing in line with initial forecasts, albeit at lower levels than usual.」
It was stated that high-reliability materials for automotive applications, supported by the increased electronic content and electrification of automobiles, were performing in line with the initial forecast, although at lower levels than in typical years. - FY2020-Q1RestatedAnnual report
「High-reliability solder paste and solder resist for automotive applications have remained firm against the backdrop of vehicle electrification and increased electronic content, but solder resist for smartphones is ramping up later than usual.」
The steady performance of high-reliability materials for automotive applications, supported by the increased electronic content and electrification of automobiles, continued. - FY2019-Q3RestatedAnnual report
「High-reliability solder paste and solder resist for automotive applications performed steadily, supported by the increased electronic content and electrification of automobiles.」
The steady performance of high-reliability materials for automotive applications, supported by the increased electronic content and electrification of automobiles, continued. - FY2019-Q1RestatedAnnual report
「In the electronic chemicals business, high-reliability solder paste and solder resist for automotive applications remained firm against the backdrop of vehicle electrification and increased electronic content, while solder resist for smartphones began ramping up toward full-scale production in the summer.」
The steady performance of high-reliability materials for automotive applications, supported by the electrification and increased electronic content of automobiles, continued. - FY2018RestatedAnnual report
「Meanwhile, high-reliability solder paste and solder resist for automotive applications remained resilient throughout the year, supported by the electrification and increased electronic content of automobiles.」
It was stated that high-reliability materials for automotive applications remained resilient throughout the year. - FY2018-Q3RestatedAnnual report
「High-reliability solder paste and other products for automotive applications performed steadily.」
The steady performance of high-reliability materials for automotive applications continued. - FY2017AdvancedAnnual report
「We advanced the development of high-reliability solder paste and solder resist for the automotive market as vehicles become increasingly electrified.」
The description of high-reliability materials for automotive applications expanded from steady performance to specific progress in product development. - FY2017-Q3First statedAnnual report
「Production of solder resist for flexible circuit boards used in smartphones ramped up during the summer and progressed smoothly in the electronic chemicals business, while high-reliability materials for automotive applications also remained firm.」
The steady performance of high-reliability materials for automotive applications was described for the first time as an independent business result.