India's top manufacturer of Wet & Dry Cylinder Liners & Sleeves

NEHA CASTING is one of the largest manufacturers of cylinder liners and sleeves in India offering more than 350 models of wet & dry cylinder liners and sleeves for global automotive OEMS and aftermarket.

NEHA CASTING. is an ISO 9001:2015 certified leading manufacturer and exporter of Wet & Dry Cylinder Liners, Sleeves and custom made casting parts for automobile and industrial engine applications. We are in this business for past 25 years and now produce over 10 lakh cylinder liners per year. We take great pride in our more than 180 plus employees, who are well experienced and technically qualified to produce highest quality product.

Our manufacturing facility is strategically located at industrial area in Rajkot, India. Foundry consists of Induction Furnaces ,Automatic,and manual centrifugal casting machines and automatic shell moulding with core shooter machines. We have proprietary process, developed in-house, to produce highest quality of centrifugal casting. Our goal at NEHA CASTING is to ensure the highest quality of our products and to attain that we follow rigorous quality assurance process. Machine shop has CNC (Horizontal and Vertical), , special purpose boring, Plateau honing, Centre less grinding and custom made lathe machines for the precise job with strict tolerance. We have invested in equipment like various Special Gauges, Roughness Tester, Slip Gauges, Height Gauges, Ferro lab, Metallurgical Microscope, Spectrometer , Tensile Tester, Hardness Tester, Equator , Roundness Tester and Profile Projector etc. to help our QA team do the best job. On-site Spectrometer helps us maintain our chemical composition for each casting batch conforming to the I.S.S., B.S.S. or ASTM specifications provided by our customers. We also have a state of the art Laser-Marking machine to facilitate proper part marking & identification.

PRODUCTS RANGE

We make over 3000 types of Cylinder Liners, Sleeves and Air-Cooled Blocks for engine variants suitable for: