Fibre Discs for Polishing Stone, Marble, Granite and Terrazzo Surfaces: Complete Guide

Fibre discs are abrasive tools that are widely used in the industrial and construction sector. These discs offer optimal performance in roughing, finishing and polishing tasks on various surfaces. Their durability and versatility make them essential for obtaining high-quality finishes.

Leaders in Fiber Disc Manufacturing and Distribution

Characteristics of fiber discs

Novelda Abrasives fibre discs are recognised for their exceptional quality and performance in roughing and polishing tasks on various surfaces. Some of its most outstanding features are:

• Resistant and durable material.
• Ability to withstand high speeds.
• Optimal performance in finishing work.

Benefits of Novelda Abrasives Fiber Discs

Our fibre discs are characterised by their significant advantages in the industrial and construction sectors. Some of the benefits they offer are:

• Diversity of sizes and thicknesses to adapt to each need.
• Variety of hardnesses ideal for refining metal surfaces.
• Efficiency in roughing welds and polishing metals.

Variety of fiber disc options

At Noveldal Abrasives, fibre discs are a key part of the construction sector, offering a wide variety of options for different needs and applications in surface polishing and finishing. Below are the prominent brands and the most common uses of these discs in Spain:

Uses and applications of fibre discs in Spain

Fibre discs are widely used in various sectors in Spain, thanks to their versatility and ability to work on different materials. Some of the most common applications of these abrasives include:

• Welding roughing in the metallurgical industry.
• Polishing of metal parts in the manufacture of machinery.
• Finishing and refining stainless steel surfaces in the food industry.
• Rust removal and surface preparation in the construction and maintenance of structures.

Tips for Selecting and Using Fiber Discs

When choosing the right fiber disc for each task, it is important to consider several factors that influence its performance and effectiveness.

How to choose the right fibre disc for the task

• Consider the type of material to be worked with and its hardness.
• Choose the thickness and diameter of the disc according to the needs of the task.
• Opt for fibre discs with the right hardness for the desired finish.

Recommendations for efficient and safe use of fibre discs

• Always check the maximum working speed recommended by the manufacturer.
• Use personal protective equipment, such as goggles and gloves, when handling fiber discs.
• Regularly inspect the discs for signs of wear or damage.

Fiber Disc Innovations: Technology and Industry Advancements

Fiber discs have constantly evolved to adapt to the demands of the industry, incorporating cutting-edge technology and offering significant improvements in performance and durability. Below are the latest trends and advancements in the fiber disc industry:

Latest trends in fiber disc materials and design

• Development of new synthetic fibre blends to improve the strength and cutting capacity of the discs.
• Introduction of special coatings that increase the life of the disc and reduce heat generation during use.
• Incorporation of active cooling technologies to prevent overheating and ensure uniform polishing.
• Ergonomic and lightweight design for easy handling and reduced operator fatigue during long working days.

Impact of Innovations on Fiber Disc Performance and Durability

Innovations in fibre discs have had a significant impact on their performance and durability, improving the efficiency of the roughing, polishing and finishing processes on different surfaces. Some of the most prominent benefits include:

• Greater precision and uniformity in finishes, reducing the need for rework.
• Increased cutting and polishing speed, resulting in increased productivity and profitability for businesses.
• Reduced downtime due to disc change, thanks to greater strength and service life of the new materials used.
• Optimizing operating costs by using more efficient fiber disks that require less maintenance.