News & Insights

Following Brexit, UKCA certification became a requirement for access to the UK market. Bimed has recently obtained UKCA certification for three product lines—nylon explosion-protected cable glands, metal explosion-protected cable glands and breather valves—helping Chinese customers maintain compliance for export equipment.

As EV charging stations move outdoors, requirements for protection against water, dust and corrosion are increasing. Drawing on an application at a leading charging-station manufacturer, this article explains how Bimed nylon explosion-protected cable glands meet IP68 ingress-protection and IK10 impact-resistance requirements to support safe operation.

Breather and drainage components may appear simple, yet they play a critical role in equipment reliability across industries. Using outdoor petrochemical cabinets, photovoltaic inverters and rail-transit signal boxes as examples, this article shows how Bimed breather and drain plugs help address condensation and pressure-differential failures and extend equipment service life.

Bimed will showcase its latest connection solutions at ADIPEC Abu Dhabi 2025. Visit Stand 11116 to explore the products and meet the team. Visitor registration: https://lnkd.in/dhm6eB6E.

A business-development delegation from Changzhou Beeling Import & Export Co., Ltd., together with senior colleagues from Singapore, recently visited strategic partner Bimed’s new factory in Türkiye. The visit combined a factory tour and technical exchange with discussions on closer cooperation in the Chinese market.

Rapid growth in lithium batteries is increasing the need for explosion-protected electrical connections. Gas atmospheres from electrolyte vapours and combustible dust from electrode materials can coexist in manufacturing and energy-storage facilities. Cable glands help maintain the integrity of equipment entries through flamepath control, sealing against ingress and secure cable retention. The source article attributes nearly 30% of certain reported failures to sealing failures at electrical connections.

Material choice affects the strength, corrosion resistance and service life of explosion-protected cable glands. The source article discusses 316 and 316L stainless steel, compares certification and cost considerations, and recommends 316L for demanding corrosive or welded applications.

The selection of an explosion-protected cable gland directly affects the integrity and safety of an electrical installation. This guide covers seven considerations: cable armour, special cable designs, type of protection, gland material, thread form, required approvals and accessories.

Safe electrical connections are critical in potentially explosive oil, gas, chemical and mining environments. An explosion-protected cable gland forms the essential interface between cable and equipment; its construction, sealing performance and certification have a direct bearing on installation safety.