Wear Resistant Cold Bonded Ceramic Lagging Pulley for Coal Conveying

Overview

Model NO.	Cold Bond Ceramic Pulley
Motor Type	Frequency Control Motor
Installation	Horizontal
Size	Customizable
Production Capacity	30000 / M
Package Size	100.00cm * 100.00cm * 100.00cm

Product Description

Cold Bond Ceramic Pulley

The cold bond ceramic lagging pulley is a high-performance pulley specifically designed for heavy-duty, high-speed, and long-distance belt conveyor systems. It utilizes advanced cold vulcanization bonding technology to securely adhere specially engineered wear-resistant ceramic sheets to the pulley's metal surface.

⚙ Applications

Drive Pulley: Core of the conveyor providing high driving friction.
Critical Return/Bend Pulley: Used for high-tension zones and direction changes.
Environment: Ideal for wet, muddy, and chemically corrosive environments.
Material Handling: Suitable for ore, coal, sand, and slag.

Product Parameters

Pulley Diameter	Φ219mm - Φ1800mm (Customizable)
Lagging Thickness	Typically 15mm (±1.5mm)
Ceramic Hardness	≥ HRA85 (Mohs scale 9)
Friction Coefficient	Dry ≥ 0.45 / Wet: ≥ 0.35
Bond Strength	≥ 15 N/mm (Rubber to Steel)
Operating Temp	-40ºC ~ +100ºC

Technical Display

Production & Packaging

Frequently Asked Questions

Q1: Are you a manufacturer? A: Yes, we have been producing and selling conveyor rollers and related components for many years.

Q2: What is the typical lead time for orders? A: It usually takes 5-7 days for samples and 15-30 days for mass production depending on the order quantity.

Q3: Do you support customized specifications? A: Yes, we have a professional research team to provide customized services for pulley diameters, ceramic sizes, and more.

Q4: How are the products packaged for shipping? A: Generally, we pack goods in sturdy wooden cases to ensure safety during transport.

Q5: What is the benefit of cold bond ceramic over rubber? A: It offers up to 10x more wear resistance and a much higher friction coefficient, eliminating belt slippage.

Q6: Can the lagging be installed on-site? A: Yes, the cold vulcanization process allows for on-site installation without requiring large heating equipment.