Cera-Grip ST Ceramic Strip Lagging

Smooth Ceramic Pulley Lagging

Cera-Grip ST Ceramic Strip Lagging provides excellent wear resistance and improved pulley traction with reduced impact on conveyor belt covers.

Balanced Grip and Belt Protection

Embedded smooth 92% alumina ceramic tiles deliver high durability while reducing the aggressive belt interaction common with traditional ceramic lagging.

Reglin Product Supplied by SEC Business Group

Supplied with a CN bonding layer for reliable cold bonding installation in medium to high wear conveyor applications.

Description

Smooth Ceramic Pulley Lagging for High Wear with Reduced Belt Impact

Cera-Grip ST Ceramic Strip Lagging is a premium-grade composite ceramic pulley lagging manufactured by Reglin, designed to deliver excellent abrasion resistance while minimising wear on conveyor belt covers.

Manufactured from a high-performance NR/BR rubber compound, Cera-Grip ST incorporates embedded smooth 92% alumina ceramic tiles, providing superior durability in high-wear environments while maintaining a more belt-friendly surface compared to traditional dimpled ceramic lagging.

Balanced Grip and Belt Protection

The combination of ceramic strength and rubber flexibility ensures consistent contact with the belt, improving traction while reducing the risk of premature belt damage.

SEC Business Group supplies Reglin ceramic lagging solutions to improve conveyor performance, reliability, and service life.

Features & Benefits

Embedded 92% alumina smooth ceramic tiles for extreme wear resistance.
Designed to reduce belt wear compared to aggressive ceramic lagging.
Excellent resistance to abrasion, impact, and cutting.
Improves pulley traction and reduces belt slippage.
Rubber-encapsulated tiles for flexibility and secure adhesion.
Grooved surface profile assists with water and material shedding.
Reduces material build-up on pulleys.
Supplied in strip format for easy installation.
Suitable for in-situ pulley lagging applications.
Features CN bonding layer for reliable cold bonding.
Compatible with Neoprene-based adhesives.
Manufactured by Reglin.
Supplied by SEC Business Group.

Applications

Drive and head pulleys
Conveyors where belt wear reduction is critical
Medium to high wear environments
Wet or contaminated conditions
Mining, quarrying, and bulk material handling
Any application requiring balanced grip and belt protection

Technical Information

Rubber Compound

Property	Value	Standard
Polymer	NR/BR
Colour	Black with CN bonding layer
Specific Gravity	1.10
Hardness	60° ± 5° Shore A	ASTM D2240
Tensile Strength	20 MPa (min)	ASTM D412
Elongation @ Break	450% (min)	ASTM D412
Abrasion	90 mm³ (max) @ 10N	ASTM D5963
Tear Strength	80 N/mm (min)	ASTM D624
Temperature Range	-20°C to +70°C

Ceramic Tile Properties

Property	Value	Standard
Composition	92% Alumina
Density	3.65 g/cc	ASTM C373-99
Hardness	77 R45N	ASTM C1327
Compressive Strength	1950 MPa (min)	ASTM C1424-04
Flexural Strength	320 MPa (min)	ASTM C1161-02c
Water Absorption	0%	ASTM C373-88
Abrasion (Impingement)	0.05 g (max)
Abrasion (Rubbing)	0.1 g (max)

Design Features

Smooth ceramic tile surface reduces aggressive belt interaction.
Rubber encapsulation ensures flexibility and durability.
Grooved design improves cleaning and water shedding.
Strip format enables easy handling and installation.
Suitable for onsite pulley refurbishment.

Available Sizes

Cera-Grip ST Ceramic Strip Lagging is custom made to order.

Available in strip formats to suit pulley widths
Available in rolls with full ceramic coverage
Can be cut to suit any pulley diameter or configuration

Lead times and minimum order quantities apply.

Installation

Cera-Grip ST is supplied with a CN bonding layer, allowing:

Fast and reliable cold bonding installation
Strong adhesion to steel or rubber pulley surfaces
Reduced downtime compared to hot vulcanising
Ideal for on-site or underground installations

Supply

This product is manufactured by Reglin and supplied by SEC Business Group.

For sizing, application advice, or pricing, please contact SEC Business Group.