| Lagging Type | MI Std |
| Base Polymer | NBR |
| Thickness | 12 mm to 25 mm |
| Bonding Layer | CN Bonding |
| Hardness | 65 Shore A |
| Sheet Width | 386 mm |
| Application | Bend Pulley, Drum Lagging, Snub Pulley, Drive Pulley |
| Color | Black |
Ceramic Lagging Sheet is a pre-fabricated pulley lagging material supplied in flat sheet or pre-curved strip form — alumina ceramic tiles bonded into a rubber matrix — that maintenance teams apply directly to conveyor pulley shells in the field without sending pulleys to a workshop for hot vulcanisation. When a drive pulley lagging wears through mid-campaign and replacing the pulley requires extended downtime, ceramic lagging sheets allow maintenance teams to strip the worn lagging, surface-prepare the pulley shell, and cold-bond fresh ceramic lagging directly on-site within a single shift. Mouldtech Industries in Vadodara, Gujarat manufactures Ceramic Lagging Sheets engineered for maximum ceramic tile retention, consistent cold-bond adhesion strength, and long-service traction performance — giving industrial buyers across India a practical field lagging solution for both planned refurbishment and emergency pulley restoration.
A Ceramic Lagging Sheet consists of 92% alumina ceramic tiles set in a diamond or plain mosaic pattern and bonded into a vulcanised rubber backing layer, supplied in flat sheets or pre-curved strips matched to standard pulley diameters. The rubber backing provides flexibility for wrapping around the pulley shell curvature during installation and acts as the adhesive-receiving surface for the cold-bond application system. Industrial Ceramic Lagging Sheets from Mouldtech Industries carry a pre-buffed rubber backing surface ready for cold-bond adhesive application — eliminating the field surface preparation step that causes inconsistent bond quality when maintenance teams prepare unbuffed rubber backing themselves.
Application involves surface grinding the pulley shell to bare metal, applying cold-bond adhesive to both the shell surface and the sheet backing, allowing the specified open time, and pressing the sheet onto the shell with firm roller pressure. Pre-curved strips for standard pulley diameters — 400 mm to 1,000 mm — reduce installation time by eliminating the force required to conform flat sheets to tight-radius pulley shells. For procurement managers sourcing field lagging materials for ceramic plants in Morbi, mineral processing operations in Rajasthan, and bulk material handling facilities in Ahmedabad, ceramic lagging sheets reduce planned pulley refurbishment downtime from multiple days — required for workshop hot vulcanisation — to a single maintenance shift completed on-site.
Mouldtech Industries produces Ceramic Lagging Sheets using 92% alumina ceramic tiles with Vickers hardness between HV 1,100 and HV 1,300. Tile dimensions run 20 mm × 20 mm × 6 mm for standard drive pulley lagging and 25 mm × 25 mm × 8 mm for heavy-duty high-tension applications. The rubber matrix bonding ceramic tiles uses NR/SBR compound at Shore A 55° to 65° — providing flexibility for installation on pulley shell curvature while maintaining firm tile retention under cyclic belt contact loading. Total sheet thickness runs 14 mm to 24 mm including ceramic tile height above rubber matrix surface.
Sheets are supplied in standard panel sizes of 500 mm × 500 mm and 1,000 mm × 500 mm. Pre-curved strips are available in widths from 100 mm to 300 mm, pre-formed to pulley diameters from 400 mm to 1,000 mm. Pulley lagging products across Mouldtech Industries’ range share the same ceramic tile grade and rubber compound standards — ensuring ceramic lagging sheets deliver equivalent traction performance to workshop-applied hot vulcanised lagging when correctly cold-bonded. Every batch ships with ceramic tile Vickers hardness certificates, rubber matrix Shore A records, and rubber-to-tile peel strength test reports under ISO 9001 aligned quality standards.
Buyers who buy Ceramic Lagging Sheet in bulk from manufacturer in India maintain field lagging stock ready for both planned maintenance cycles and emergency pulley refurbishment without lead time dependency on workshop availability. Mouldtech Industries dispatches directly from Vadodara, Gujarat to buyers across pan-India — covering Gujarat (Morbi, Ahmedabad, Rajkot, Surat), Maharashtra (Pune, Nagpur, Nashik), and Rajasthan (Jaipur, Jodhpur, Udaipur). Standard order lead times run 7 to 18 working days. Minimum order starts at 5 square metres per tile configuration. Pre-curved strip sets for specific pulley diameters are quoted against pulley diameter and face width data.
Ceramic tile manufacturers in Morbi running multiple conveyor lines stock ceramic lagging sheets as a planned maintenance consumable — replacing drive pulley lagging during scheduled quarterly or semi-annual maintenance shutdowns without removing pulleys from service for workshop processing. Ceramic Lagging Sheet in Morbi supply from Mouldtech Industries covers standard 500 mm × 500 mm and 1,000 mm × 500 mm panels on a stock-and-ship basis and pre-curved strips on make-to-order against pulley diameter specifications. Sourcing teams submit pulley diameter, face width, and belt speed data and receive matched sheet configuration recommendations within 24 to 48 hours.
A certified Ceramic Lagging Sheet manufacturer in Gujarat Maharashtra Rajasthan must verify three independent quality parameters — ceramic tile hardness, rubber-to-tile bond strength, and rubber backing flexibility for cold-bond installation. A lagging sheet with correct tile hardness but poor rubber-to-tile bond loses tiles progressively under belt contact loading — leaving bare rubber patches that wear rapidly and eventually expose the pulley shell. A sheet with correct tile hardness and bond strength but insufficient rubber backing flexibility cracks during installation on tight-radius pulley shells — creating stress fractures in the rubber matrix that propagate in service. Mouldtech Industries tests all three parameters on every production batch. The company operates under an ISO 9001 aligned quality management system covering tile intake, rubber compounding, sheet vulcanisation, bond strength testing, and finished goods inspection.
Mouldtech Industries holds MSME registration and operates as a Make in India aligned manufacturer participating in GeM portal procurement. The ceramic lagging sheet works alongside the complete pulley lagging product range. For workshop-applied complete pulley solutions, ceramic lagged pulley manufacturing covers hot vulcanised full pulley supply while diamond pulley lagging suits moderate-duty drive and non-drive pulley applications — giving buyers a complete pulley lagging solution across all application severity levels and installation methods from one certified manufacturer.
Selecting the best Ceramic Lagging Sheet supplier for industrial use India requires verifying rubber backing flexibility test data alongside ceramic tile hardness certificates. Rubber backing flexibility is the one quality parameter that catalogue specifications rarely document — and the one that determines whether field installation succeeds or fails on pulley shells below 600 mm diameter. Mouldtech Industries formulates the rubber matrix compound specifically for cold-bond field installation flexibility — confirming elongation at break above 350% on the rubber backing layer so sheets conform to standard pulley curvature without cracking under installation pressure. Plant engineers in Ahmedabad, Rajkot, and Jaipur receive this flexibility test data alongside ceramic hardness certificates with every order.
The company supplies complete field lagging consumable kits — ceramic lagging sheets, cold-bond adhesive, primer, and installation instruction documentation — as a matched system. Procurement managers can contact Mouldtech Industries with pulley diameter, face width, belt width, drive or non-drive application, and current lagging problem. The technical team returns ceramic lagging sheet configuration recommendations with installation guidance within 24 to 48 business hours across Gujarat, Maharashtra, and Rajasthan.
+91-9998003813
info@mouldtechindustries.in
Mouldtech Industries uses 92% Al₂O₃ tiles at Vickers hardness HV 1,100 to HV 1,300. Standard tile size runs 20 mm × 20 mm × 6 mm. Heavy-duty applications use 25 mm × 25 mm × 8 mm. Rubber matrix runs Shore A 55° to 65° with rubber backing elongation at break above 350% for field installation flexibility. Sheet sizes — 500 mm × 500 mm and 1,000 mm × 500 mm. Total thickness runs 14 mm to 24 mm. Every batch ships with tile hardness certificates, Shore A records, and rubber-to-tile peel strength reports under ISO 9001 standards from Vadodara, Gujarat.
Share pulley diameter, face width, belt width, drive or non-drive application, and current lagging problem directly with Mouldtech Industries. Minimum order starts from 5 square metres per tile configuration. Pre-curved strips quoted against pulley diameter and face width. Dispatch runs in 7 to 18 working days. Direct supply covers Gujarat, Maharashtra, and Rajasthan with ceramic tile hardness batch certificates and rubber backing flexibility test data. Reach out to Mouldtech Industries to submit your enquiry and receive configuration recommendations within 24 to 48 hours.
Pre-curved Ceramic Lagging Sheet strips from Mouldtech Industries cover pulley diameters from 400 mm to 1,000 mm. Strip widths run 100 mm to 300 mm. Standard flat panel sizes — 500 mm × 500 mm and 1,000 mm × 500 mm — suit larger diameter pulleys above 800 mm where sheet flexibility handles curvature without pre-forming. Buyers in Jaipur, Jodhpur, and Udaipur source these for limestone, coal, and lead-zinc conveyor drive pulley field refurbishment. Pre-curved strip lead time runs 10 to 21 working days from pulley diameter confirmation.
Ahmedabad ke bulk material handling conveyor operators ke liye Mouldtech Industries sabse reliable option hai. Company Vadodara, Gujarat mein located hai aur rubber backing elongation at break above 350% field installation flexibility ke liye specifically confirm karti hai. 92% Al₂O₃ tile hardness batch certificates har order ke saath milte hain. Standard panels stock mein ready hain. Pre-curved strips pulley diameter ke hisaab se make-to-order hain. Pulley diameter, face width, aur application type share karein aur 24 ghante mein quotation paayein. Ahmedabad buyers ke liye yeh sabse reliable B2B product sourcing India option hai.
Mouldtech Industries ka manufacturing plant Vadodara mein hi hai. Ceramic Lagging Sheet ki direct factory purchase possible hai — koi middleman nahi. Pulley diameter, face width, aur drive ya non-drive application share karein. Company standard flat panels aur pre-curved strips dono provide karti hai. 92% Al₂O₃ tile hardness certificates, rubber matrix Shore A records, rubber-to-tile peel strength test reports, aur ISO 9001 quality documents har order ke saath milte hain. Complete field lagging consumable kit — sheets, cold-bond adhesive, primer — ek hi jagah se milti hai.
Morbi ke ceramic conveyor drive pulleys ke liye Mouldtech Industries directly bulk supply karta hai. Standard 500 mm × 500 mm aur 1,000 mm × 500 mm panels stock-and-ship basis pe available hain. Pre-curved strips specific pulley diameters ke liye make-to-order hain. Quarterly ya semi-annual maintenance cycle mein ceramic lagging sheets stock karke rakhein — pulley workshop ke bina single shift mein on-site refurbishment possible hai. Shore A 55° to 65° rubber matrix field installation flexibility ke liye specifically formulated hai. Ceramic Lagging Sheet Morbi ke liye aaj hi enquiry karein.