Security & Disaster Prevention System 'Special Sale for the First 20 Companies Now On'

Detecting the exhaust of electrolyte vapor (off-gas) that occurs in the early stages of lithium-ion battery failure to avoid catastrophic thermal runaway.

The "Li-ion Tamer GEN 3" reliably detects early signs of lithium-ion battery (LIB) failure (off-gas detection) (battery electrolyte vapor – off-gas detection), allowing facility managers to respond to imminent thermal runaway events much earlier than with other protection systems. Additionally, this system enhances environmental control and situational awareness across a wide range of applications, as it is capable of measuring temperature and humidity at multiple points. The Li-ion Tamer GEN 3 system consists of the following components, which are easy to install and configure: (i) sensors, (ii) hub, (iii) power switch, (iv) network switch, (v) controller. • Each sensor node is composed of an off-gas sensor equipped with advanced algorithms that are highly sensitive to electrolyte vapor (off-gas) detection, requiring no calibration, compatible with all LIB specifications and chemical properties, and has a lifespan comparable to that of typical LIB systems.

• Gas leak device
• Other security systems
• Other measuring instruments

New security cameras compliant with Section 889 of the U.S. National Defense Authorization Act (NDAA).

The "35 Series Camera" is an IP camera developed for small to medium-sized commercial facilities. Depending on the application and installation location, you can choose from resolutions ranging from 2MP (2592x1944) to a maximum of 8MP (3840x2160), as well as multiple form factors. It also features integrated smart analytics, exceptional image clarity, flexible system integration, and secure data transmission, making installation easy. 【Product Features】 - Excellent HD quality up to 8 MP - Flexible monitoring solutions - Easy installation and operation - Built-in video storage - Smart motion detection

• Security cameras and surveillance systems

It is suitable for dangerous and harsh environments in harsh industrial facilities at sea and in the ocean.

The "explosion-proof network camera" complies with IECEx and uses a 316L stainless steel housing certified for hazardous areas. The housing prevents internal sparks or explosions from leaking and igniting gases or dust in the surrounding air. The camera provides extremely clear images with a maximum effective pixel count of 5 million, 30x optical zoom, day-night functionality, and True WDR, enabling continuous monitoring in both hazardous and safe areas. This product complies with essential safety requirements related to the design and construction of products intended for use in environments with a risk of explosion.

• Security cameras and surveillance systems
• Facility Management System
• Other security systems

It is suitable for dangerous and harsh environments in harsh industrial equipment at sea and in the ocean.

The "HEICC Network Camera" uses a 316L stainless steel housing that is certified for hazardous areas in compliance with IECEx. The housing prevents the leakage of internal sparks or explosions and the ignition of gases or dust in the surrounding air. The HEICC-5301T and HEICC-5321T cameras provide extremely clear images with a maximum effective pixel count of 5 million, 30x optical zoom, day-night functionality, and True WDR, enabling continuous monitoring in both hazardous and safe areas. This product complies with essential safety requirements related to the design and construction of products intended for use in environments with a risk of explosion.

• Security cameras and surveillance systems
• Facility Management System
• Other security systems

Detects smoke at ultra-early stages with 10,000 times the sensitivity of a conventional smoke detector.

The ultra-sensitive smoke detection system "VESDA" detects extremely small amounts of smoke particles by analyzing air drawn from pipes through aspirating smoke detection (ASD), allowing for the very early detection of fire incidents. It boasts an ultra-high sensitivity that is 10,000 times greater than the operational concentration of typical smoke detectors (10%/m). By identifying fires early, it enables timely response and evacuation, protecting lives, equipment, and property from fire. It can detect even trace amounts of smoke that do not reach the ceiling, allowing for quicker responses than conventional smoke detectors and preventing the spread of fire. ■ Detects fires extremely early, buying time for response ■ High flexibility to accommodate any building shape ■ Integration with other systems: can connect to central monitoring systems and external PCs ■ Suitable for data centers receiving Tier 2 or higher facility standard evaluations ■ Ideal for fire prevention against battery abnormalities in power supply equipment and uninterruptible power supplies New product information: Additional accessory lineup - Remote module for remote monitoring - Can connect to the monitoring network of detectors - Compatible with 19-inch subracks

• Other security systems
• Other analytical equipment
• Measurement and Analysis Equipment

"Civil Engineering Watching - Infrastructure Encyclopedia: Collection of Civil Engineering Structures" is a portal site for images and information about civil engineering structures that form social infrastructure facilities. We have recently published photos and articles about the "Saale Valley Bridge." The "Saale Valley Bridge" was constructed at the border between Saxony-Anhalt and Thuringia, in Bad Kösen, Naumburg. Boasting an impressive height of up to 60 meters, this structure spans a total length of 1.2 kilometers and a width of 12.5 meters, harmoniously blending with the surrounding landscape designated as a nature reserve. In addition to the "Saale Valley Bridge," various civil engineering projects, photos, and articles related to civil engineering are also featured, so we hope you will take a look. Please check from the "Related Links" (Civil Engineering Watching - Infrastructure Encyclopedia: Collection of Civil Engineering Structures). Perry Japan Co., Ltd.

Published in the Nikkan Kogyo Shimbun on June 24.

Many customers wish to obtain technical standards conformity certification (Giteki) and construction design certification to use imported Wi-Fi products domestically. However, since radio laws differ from country to country, it is important to note that adjustments to transmission power may be necessary to comply with Japan's radio law. Among these, we will introduce products that require special attention, specifically those compatible with IEEE802.11ax (Wi-Fi 6).

We have introduced the Majesta Fragrance commercial diffuser to a fitness gym located in the city. Gyms and sports clubs tend to trap sweat and humidity, making them spaces where odor issues can easily arise. That’s why "scent design (branding)" that dramatically changes the overall impression of the space is highly effective. - The diffuser being used is the [MF-01]. It is a stylish tower-type diffuser available for a monthly fee of 8,800 yen (tax included). This model is space-saving and blends well with any interior. - The scent being diffused is [Forest Green]. It is a refreshing fragrance that blends the crispness of bergamot with the natural scent of green, creating a clean and pleasant atmosphere. It enhances concentration during exercise while providing a refreshing and comfortable space. A free trial installation is available. "I don’t know what scent would suit my gym." "I want to try out the different scents available." For such stores, Majesta Fragrance offers a free trial installation. If you are considering space branding or odor control, please feel free to contact us.

We will be exhibiting at the 133rd Annual Meeting of the Geological Society of Japan. In addition to introducing services such as sediment surveys and chemical analysis of samples, we will also showcase products like core samplers. Please feel free to ask the booth staff about new graduate recruitment and experienced hires for the 2028 fiscal year. We look forward to seeing you all. Date: September 13 (Sunday) to September 15 (Tuesday), 2026 Location: Kanazawa University, South Area of Kakuma Campus (1st floor of the Natural Science Lecture Building, Kanazawa City, Ishikawa Prefecture)