Agenda 1.Kwik Car Wash (Pty) Ld. 2.Why wash a vehicle? 3.Traditional washing systems. 4.Kwik Car Wash, Touchless system. 5.Kwik Car Wash Markets. 6.Kwik Car Wash Modular Design. 7.Why Kwik Car Wash Touchless Systems? 8.Case Study.
Kwik Car Wash (Pty) Ltd. 1.Kwik Car Wash (Pty) Ltd, has over 20 years experience in the vehicle washing industry. 2.Level 4 B-BBEE. 3.Locally designed and fabricated product offerings. 4.24 hour local support. 5.Environmentally friendly. 6.Proven reliability and effectiveness in local markets.
Why Wash a Vehicle? 1.Cosmetic reasons. 2.Health and Safety reasons. 3.Corrosion prevention. 4.Maintenance. 5.Breakdown prevention
Traditional Washing Systems 1.Cleaners with hand held HP vehicle washing units or with buckets, brooms and or cloths etc. 2.Brush or cloth automated washing systems. Problems: 1.Ineffective and time consuming. 2.Damages vehicles!! 1.Scratches. 2.Breaks off vehicle parts. 3.Costly to replace brushes. 4.High machine operating costs due to many moving parts. 5.One size or shape of vehicle. 6.Cant clean chassis and undercarriage
Kwik Car Wash Touchless Systems. 1.Effectively clean any size, length or shape of vehicle. 2.Custom designed to meet your operational requirements. 3.Can effectively and easily clean any part of a vehicle. 4.Washed in good time. 5.Cost effective!
Why Kwik Car Wash Touchless Systems? Few moving parts. Low maintenance costs. Low operational running costs. Designed using proven engineering design principles. Layout drawings. Fabricated using state of the art components. Manufactured in conjunction with original equipment manufacturers. Locally manufactured and locally supported. Cost significantly less than imported units.
Why Kwik Car Wash Touchless Systems? Workshop manuals. Various maintenance contracts available. Training of operators. Supply and management of plant and operators. Supply of chemicals and cleaning products.
Wash Any Part of Vehicle. 1.Chassis Before 2. Chassis After
Washed in Good Time. 1.60 seconds per sedan / bakkie. 2.5 – 8 min to wash interlink.
Case Study LDV Brakes in Coal Mining Application. Before 1.Vehicles brake components changed every 2 weeks. 2.Significant rust and corrosion problems on operational fleet. 3.Continuous fire threat on all operational vehicles. 4.No vehicle warranty. After 1.Vehicles brake components changed every 2 months. 2.Rust and corrosion inhibited. 3.Hot surfaces washed significantly reducing fire threat. 4.3 year warranty and guaranteed buy back.
Case Study LDV Brakes in Coal Mining Application. Cost savings – Brakes alone! Fleet consisted of 37 off 1Ton diesel bakkies. Cost to replace brake components = R 1 817.30 Per vehicle. Cost for 2 week cycle per annum= R 1 748 242.60 Cost for 2 month cycle per annum= R 404 440.60 Cost / Operational Saving per annum = R 1 344 802.00 (77%)
Case Study LDV Brakes in Coal Mining Application. Cost savings illustrated Exclude: Labour and fitment costs. Vehicle operational downtime costs. Other parts in drive train of vehicle – Bearings, Diff & Prop shaft etc. Vehicle body and Chassis replacement costs. Improved Health and safety, as well as working environment, conditions for mechanics.