Ktcshvac Global Holding owns and invests in 11 companies with total annual revenue in 2017 of approximately USD 55 million. The original Ktcshvac business had started in 1976 and the company’s offices, warehouses, distribution centers, sales outlets are all over Kuwait and currently expanding regionally in GCC.
ktcshvac Philosophy
We at ktcshvac have a passion for excellence at all stages of our work, and serve our customers with great care and affinity. We understand achievement and success can only be measured in customers’ satisfaction and sales results.
ktcshvac Vision
Our vision is to be among the business leaders of Air-Conditioning & Refrigeration contracting, maintenance & distributions in Kuwait, GCC, the Arab world & Middle East, by seeking life-long partnership with all our customers for whom we will continue to invest in latest technology, engineering capabilities and modern facilities to provide them with superior products and quality services. ktcshvac competent staff will always go the extra mile to maintain our customer’s delight year after year (Published: 18th June 2004)
We Design, Supply, Installation, Maintenance of all types, makes and capacities of the Air-conditioning, Heating and Ventilation requirements for the Residential, Commercial and Industrial needs.
Our Services
Regular Maintenance
Regular maintenance can help ensure accurate temperature readings, prevent failures, and extend the system's life.
Deep Cleaning
Clean and inspect: Regularly clean and inspect sensors and actuators to remove dust and debris that can affect performance.
Intelligent Control
An intelligent TCS uses various factors to automatically adjust the temperature of a space, such as a home or office.
Annual Maintenance Contracts
AMC for a tcs is a service agreement that ensures the system is regularly serviced and inspected to keep it in good working order.
Gas Inspection and Filling
This open access article discusses a device that can automatically detect and control gas leakages and monitor temperature.
Accuracy of Implementation
This paper proposes a new design method to improve the accuracy and response time of automatic temperature control systems.