Fujikura Co. saw its shares rise 4.8% in Tokyo trading on Thursday after the company published guidance for fiscal 2027. Investors reacted to a guidance package that combined measured caution on hydrogen sourcing with targeted operational steps intended to protect output and product margins.
Hydrogen sourcing and equipment expansion
Management highlighted the potential for hydrogen procurement shortfalls but did not supply a specific quantified estimate of the impact. Rather than providing a numeric exposure, Fujikura outlined a two-pronged response: it will both pursue alternative hydrogen supply avenues and expand production of its own hydrogen equipment. The company said the expansion of that equipment capacity will be completed within fiscal 2027.
Product mix and pricing
Fujikura described a generally robust business environment and pointed to product-mix benefits coming from MMC ferrules, which carry a materially higher unit price than MT ferrules. Management expects this difference in unit pricing to support a more favorable product mix going forward.
On margins, the company drew a distinction between its product lines. It indicated that datacenter customers have comparatively greater pricing power for optical cables, which will make margin expansion for that product category harder than some market participants expect. By contrast, Fujikura said it retains strong pricing power for connectors and ferrules, which should help protect margins in those areas.
Capacity and supply for datacenters
Fujikura has secured a volume of 200-micrometer-diameter fiber intended for datacenter use. The company also warned that production capacity for optical cables will be constrained in fiscal 2028. To address those constraints, Fujikura aims to raise sales volumes in fiscal 2029 by enlarging those process steps that have been bottlenecked.
Overall, the guidance underlines operational steps to mitigate hydrogen supply risk, an emphasis on higher-margin products such as MMC ferrules and a clear timeline for addressing manufacturing bottlenecks that could limit optical cable output in the near term.