New franchised partner for Genalog - Amokabel
Speaking on behalf of Genalog was Sales Director Paul Bennett (left);
"In offering UK manufactured UL and PTFE cable and wire, as well as their industry specific ranges from Sweden, Amokabel are uniquely positioned to meet the demands of busy OEM engineers and when the supply chain in general struggles against the current global climate. We look forward to working closely together to support the existing and new client base."
Marc Pawson (Sales Director for Amokabel - right) added "This exciting new partnership makes excellent commercial sense due to Genalog's leading supply chain solutions for their customers, from the bespoke stock holding offerings of over 12 months, to the personal and dedicated sales contact service for every account. I look forward to growing the UK market together."
Amo Special Cables Limited
UL (various)
BS3G210 (PTFE)
DEF-STAN 61-12 PART 33/001
In Amokabel UKs factory in Leigh, they specialize in the manufacture of high-temperature cable designed to withstand extreme conditions at high temperatures, flames, and chemicals.
They have a wide range of products including PTFE wires and ETFE thermocouple cables for temperature sensing, and flame-retardant cables for use in mass transit. Amokabel also offer multi-conductor copper and fiber optic cables for applications in energy, industrial, and defense sectors.
Together Genalog and Amokabel will be servicing the below industry sectors as well as anywhere quality and realiable cable and wire is required.
Amokabel Flexishield Ltd
In Mansfield, Amokabel manufacture cables that are designed to be concealed in walls and building spaces less than 50mm deep.
Its main feature is the safety mechanism that activates upon penetration by sharp metal objects, causing the cable to safely break at 200 amperes under such conditions. This allows for the activation of an MCB up to 40A type B or up to 20A type C, exceeding BS8436 requirements. The cable uses a bonded aluminium tape for excellent mechanical resistance and effective reduction of electrical interference.
