Entries by ahmet

Genel

Why Tire Protection Chains Are Essential for Underground and Tunnelling Operations

Underground mining and tunnelling operations expose equipment to some of the harshest working conditions in any industry. Sharp rock surfaces, abrasive ground, constant moisture, and heavy loads make tires highly vulnerable to damage. A single tire failure can lead to costly downtime, safety risks, and lost productivity.

That is why investing in OTR tire protection underground is not just about protecting equipment — it is about maintaining continuous and safe operations.

 

Unique Challenges in Tunnelling Environments

Tunnelling operations present challenges that are very different from surface mining. Narrow passages, limited maneuvering space, and uneven rock formations place extreme stress on machine tires.

Some of the most common risks include:

  • Cuts and sidewall damage due to sharp rock edges
  • Reduced traction in muddy or wet tunnel sections
  • Heat buildup caused by friction in confined spaces
  • Increased wear from constant turning and braking

Under such conditions, standard tires alone are not enough. This is where tire protection chains for tunnelling become essential.

How Tire Protection Chains Improve Performance and Safety

Using high-quality underground mining chains delivers critical advantages in tunnelling projects:

Increased Tire Durability

Chains form a protective barrier between the tire and abrasive surfaces, significantly reducing damage.

Enhanced Safety

Lower risk of blowouts and sudden failures provides a safer working environment for operators.

Better Traction

Chains improve grip on irregular and slippery surfaces, ensuring stable movement of heavy machinery.

Reduced Downtime

By minimizing tire failures, operations experience fewer unexpected stoppages.

Long-Term Cost Efficiency

Lower replacement frequency leads to measurable cost savings over time.

Choosing the Right Chain for Your Operation

Selecting the right chain system is crucial for performance and longevity. When choosing a tire protection chain solution, consider:

  • Tunnel structure and rock hardness
  • Equipment type and load capacity
  • Tire size and operating pressure
  • Chain material, design, and durability
  • Availability of technical support

Las Zırh offers a wide range of tailored chain solutions, from heavy-duty protective models to specialized designs made for intensive underground use. Each product is engineered to match specific working conditions and performance requirements.

 

Get the Right Protection for Your Equipment

Protect your investment and keep your operation running smoothly with Las Zırh tire protection chains. Our expert team is ready to help you select the right solution for your project.

Get a quote today and discover the Las Zırh difference. 

11 December 2025 /0 Comments/by
Genel

LAS ZIRH – BYG Partnership

The World’s Leading Tire Protection Chain Manufacturer LAS ZIRH Joins Forces with BYG, a Leader in Direct Spare Parts Manufacturing and Distribution.

BYG was founded in 1967 as a family-owned company. It manufactures and distributes direct replacement parts for all major OEM brands operating in the mining, quarrying, and construction sectors. Initially specializing in fastening elements for infrastructure and construction machinery, BYG has gradually expanded its product range to include wear parts and various spare parts. Today, BYG is one of the most important national and international references in the production and distribution of spare parts for mining and infrastructure equipment.

 

 

 

 

 

 

 

BYG stands out with its unwavering commitment to innovation throughout its history. Customer and market needs have always been BYG’s top priority. Thanks to proprietary technologies developed by its own engineering department and R&D quality, BYG produces innovative products worldwide.

To serve its growing customer base in more than 100 countries, BYG collaborates with regional distributors.

Beyond guaranteeing product quality, BYG’s in-house engineering team continuously develops and improves the FUTURA and BYG product lines. The research and development department of BYG utilizes the industry’s most advanced technologies. Every day, BYG engineers design new products based on customer demands and feedback. BYG’s goal is to design and manufacture high-performance and efficient products for every application.

3 July 2025 /0 Comments/by
Genel

Afyon Marble Fair (ALZ) 2025

One of Turkey’s largest marble industry events, the AFYON MARBLE FAIR (ALZ), was held between June 18–21, 2025, and we proudly took our place at this prestigious event. We had the opportunity to share the latest innovations in our tire protection chains and explore new business opportunities with visitors and guests from across Turkey and around the world.

2 July 2025 /0 Comments/by
Genel

Bauma Munich 2025

One of the world’s largest international trade fairs for construction and mining machinery and equipment, BAUMA MUNICH 2025, took place between April 7–13, and we were proud to take our place at this prestigious event. We had the opportunity to share the latest innovations in our tire protection chains and explore new business opportunities with […]

2 July 2025 /0 Comments/by
Genel

İzmir Marble Fair 2025

One of Turkey’s largest marble industry events, İZMİR MARBLE FAIR, took place between April 9–12, 2025, and we proudly took our place at this prestigious event. We had the opportunity to share the latest innovations in our tire protection chains and explore new business opportunities with visitors and guests from across Turkey and around the world.

Large tire with snow/traction chain displayed at outdoor exhibition.

2 July 2025 /0 Comments/by
Genel

Emerging Technologies in Tire Protection Chains

Tire protection chains are essential equipment for heavy-duty machinery and vehicles operating in challenging terrain. With advances in technology, these chains have been enhanced with smart systems that significantly improve both performance and safety. In this article, we explore the innovations brought by smart tire protection chain systems and the future trends shaping this field.

What Are Smart Tire Protection Chain Systems?

Traditional tire protection chains are known for their mechanical structures, but today’s systems are enhanced with sensors and automation technologies, making them smarter. These systems collect real-time data to alert operators and help prevent potential failures.

Sensor-Integrated Chain Technology

Strain and Wear Detection Sensors

Modern tire protection chains are equipped with micro-sensors that monitor strain and wear continuously. These sensors help identify potential problems such as fatigue or loosening early. This allows for better maintenance scheduling and prevents dangerous failures.

Real-Time Monitoring and Alert Systems

Sensor data is transmitted to a central control panel or mobile device. With real-time monitoring, operators receive constant updates about chain condition. Alerts for excessive tension or slack are sent immediately, minimizing safety risks and downtime.

Adaptive Chain Structures

Automatic Tension Adjustment

Next-generation tire chain systems feature automatic tensioning mechanisms. These systems adjust the chain’s tightness based on speed and terrain, preventing tire damage and enhancing driving stability.

Self-Adjusting to Environmental Conditions

Smart chains detect temperature, humidity, and ground type to optimize performance. On muddy terrain, for example, the contact surface may expand to increase grip. These systems boost efficiency and operational safety while extending chain lifespan.

Industry 4.0 Integration in Chain Technologies

The rise of Industry 4.0 has also impacted tire protection chain technologies. Internet of Things (IoT) and digital twin concepts enable smarter and more efficient chains.

IoT-Enabled Chains

Remote Monitoring and Data Sharing

IoT-based chain systems transmit chain data wirelessly to the central office or cloud. This allows fleet managers to monitor machine status without being on-site. All maintenance and performance records are archived digitally, enabling faster, data-driven decisions.

Big Data and Predictive Maintenance

Sensor data is analyzed through big data systems to predict failures before they occur. Predictive maintenance reduces downtime and costs while supporting smart decision-making. The system can also suggest optimal chains based on past performance.

Digital Twin and Simulation Applications

Lifecycle Prediction and Performance Modeling

Digital twin technology simulates the chain’s performance over its entire lifecycle. It estimates when maintenance or replacement will be needed, leading to more accurate planning and extended service life for tire protection chains.

Simulation-Based Design Development

Simulations allow testing of different materials and designs. This leads to stronger, lighter chain models. Chain manufacturers can deliver more efficient products and integrate operator feedback into development.

The Future of Tire Protection Chain Technologies

In the near future, tire protection chains will become even more sustainable and intelligent. New materials and artificial intelligence integration will play key roles in this transformation.

Sustainable and Lightweight Material Development

Recyclable Composite Materials

New chain materials are being designed with environmental sustainability in mind. Composite-based chains are lighter, more flexible, and offer long-lasting performance without harming the environment—ideal for sustainable mining and construction.

Energy-Efficient Designs

Modern chain designs aim to reduce fuel consumption. Using lightweight alloys instead of steel lowers rolling resistance and reduces engine load. Energy-efficient chain designs offer long-term cost savings and reduced emissions.

AI-Powered Chain Selection Systems

Machine Learning-Based Product Matching

AI algorithms recommend the best tire protection chain model based on machine type, terrain, and weather. These systems use past usage data to optimize performance and safety, while reducing human error.

Decision Support Algorithms and Automation

Advanced selection platforms analyze numerous variables to provide decision support. Users can place orders or plan maintenance based on system suggestions. These platforms may also integrate with automated inventory systems, optimizing logistics processes.

19 April 2025 /0 Comments/by
Genel

Comparison of Steel and Alloy Tire Protection Chains

The use of tire protection chains in heavy-duty machinery is critical for boosting performance and ensuring workplace safety. The material from which these chains are manufactured makes a significant difference in terms of lifespan and operational efficiency. Choosing the right material based on the intended use can reduce costs and support operational continuity. In this […]

19 April 2025 /0 Comments/by
Genel

The Importance of Using Tire Protective Chains Usage in Underground Mining

Underground mining is defined by its harsh working conditions and high-risk factors. In this environment, tire protection chains play a critical role in enhancing safety and ensuring operational efficiency. Using the right chain helps optimize machine performance while minimizing workplace accidents and costs.

Why Are Tire Protection Chains Important in Underground Mining?

Challenging Conditions of Underground Environments

Underground mines are characterized by narrow tunnels, low visibility, and slippery surfaces. These conditions threaten the stability and safety of heavy machinery. Tire protection chains allow equipment to operate more safely and efficiently under such extreme circumstances.

Hazards Faced by Machine Tires

Tires used in underground mining are constantly exposed to sharp rocks, metal debris, and other abrasive materials. This leads to rapid wear and potential damage. Tire protection chains shield tires against these threats, reducing breakdowns and downtime.

Safety Advantages Provided by Tire Chains

Reducing the Risk of Slipping and Skidding

Mine surfaces are often wet and slippery, increasing the risk of skidding. Tire protection chains improve grip on the ground, minimizing these risks and helping operators maintain control in dangerous conditions.

Enhancing Operator Safety

Unstable machines pose serious threats to operators. Tire protection chains contribute to better machine balance, improving safety and comfort for operators. This helps prevent workplace accidents.

Additional Protection Against Fire and Explosion Risks

Overheating of tires in underground environments can increase the risk of fires and explosions. Tire protection chains help prevent excessive heat buildup, contributing to a safer work environment.

Impact on Efficiency and Cost Management

Extending Tire Lifespan and Reducing Wear

Frequent tire replacements in underground mining result in time loss and high maintenance costs. Tire protection chains reduce wear, extend tire life, and help cut down on replacement expenses.

Reducing Machine Downtime

Tire-related issues can halt machine operation and disrupt production. Tire protection chains reduce the likelihood of tire damage, minimizing downtime and ensuring continuous workflow.

Supporting Continuity and Production Planning

Unexpected stoppages can lead to missed targets in production planning. Tire protection chains support uninterrupted machine operation, contributing to production reliability and strategic planning.

How to Choose the Right Chain for Underground Mining Equipment?

Performance Comparison of Chain Types

Steel Chains

Steel chains are known for their durability and long lifespan. Among tire protection chains, they are the most commonly used type and deliver outstanding performance in demanding terrain conditions.

Lightweight Alloy Chains

Alloy chains enhance machine maneuverability due to their lighter weight. These tire protection chains are often preferred for their flexibility and ease of use.

High-Traction and Anti-Slip Models

Chains with dense patterns provide superior grip on slippery surfaces. These types of tire protection chains are ideal for users prioritizing safety and stability.

Selecting Chains Based on Machine Type and Ground Conditions

Each machine and surface type requires specific chain features. When choosing tire protection chains, it’s important to consider the machine model, working conditions, and ground type.

 

Maintenance, Installation, and Long-Term Use Tips

Installation Techniques Suitable for Underground Environments

Proper installation directly affects the performance and durability of tire protection chains. Secure and precise installation ensures safe and efficient machine operation underground.

Periodic Inspection and Cleaning of Chains

Dirt and debris buildup in underground environments can reduce the effectiveness of chains. Regular cleaning and inspection of tire protection chains are essential for long-lasting and high-performance use. It’s also important to check for early warning signs like loosening, cracking, or deformation.

Using Chains for Safe and Efficient Operations in Underground Mining

In high-risk sectors like underground mining, tire protection chains are an essential solution for improving safety and ensuring operational continuity. Proper chain selection, regular maintenance, and correct installation help maximize machine performance, reduce accidents, and lower overall costs. For machines operating in underground mines, these chains are not just a preference but a strategic necessity for sustainable business operations.

19 April 2025 /0 Comments/by
Genel

Tire Protection Chains and Their Role in Work Safety

Heavy-duty machinery operates in harsh terrains where safety is a top priority. Tire protection chains enhance safety by reducing the risk of slippage and increasing tire durability. Using the right tire protection chains for machines operating on slippery and uneven surfaces helps prevent workplace accidents. This article explores the impact of tire protection chains on workplace safety and their sector-specific applications.

Heavy-duty machinery operating in a mining site with Tire Protection Chains, preventing tire wear and ensuring traction on rocky terrain.

What Are Tire Protection Chains and Why Are They Important?

How Tire Protection Chains Work

Tire protection chains shield heavy machinery tires from sharp rocks, slippery surfaces, and other external factors, improving overall safety. These chains cover the tire surface, preventing excessive wear and enhancing machine stability. By protecting tires from damage, they extend operational time and improve efficiency. In industries such as mining and construction, preventing premature tire wear offers significant cost benefits.

Key Benefits of Tire Protection Chains for Heavy Machinery

These chains increase machine stability, prevent tire blowouts, and create a safer working environment. Additionally, they extend tire lifespan, reduce maintenance costs, and enhance operational efficiency. With improved traction, operators can work more comfortably and with better control. As a result, workplace accidents are reduced, and workflow remains uninterrupted.

How Do Tire Protection Chains Improve Workplace Safety?

Reducing Slippage and Accident Risks

Providing Better Traction on Slippery Surfaces

In muddy, snowy, or rocky terrains, tire protection chains offer additional traction, preventing machinery from slipping. This is especially critical for machines operating in extreme conditions. By ensuring stability on rough terrains, these chains help operators maintain control. This enhances workplace safety and supports overall productivity.

Enhancing Braking and Turning Capabilities

Chains added to tires improve braking stability and prevent loss of control in turns. This enhances operator safety and machine maneuverability. In heavy-duty vehicles carrying substantial loads, reduced braking distances help prevent unexpected accidents. Strong traction allows machines to move efficiently within worksites.

A tractor in a muddy field fitted with Tire Protection Chains, enhancing traction and preventing slippage in wet and uneven conditions.

Preventing Tire Damage to Enhance Safety

Minimizing Wear and Punctures for Continuous Operation

Tire protection chains protect tires in rock quarries and mining areas where sharp objects pose a risk. This ensures uninterrupted operations and prevents unexpected downtime. If machinery tires are damaged, work may halt, increasing costs. Chains help prevent these disruptions, allowing businesses to maintain efficiency.

Preventing Accidents Due to Tire Blowouts

Tire blowouts in heavy machinery can lead to severe accidents. Chains prevent such incidents, improving workplace safety. Particularly in high-speed or heavy-load operations, a blown tire can result in serious injuries. Thus, using the correct chains plays a crucial role in workplace safety.

The Importance of Tire Protection Chains in Different Industries

Workplace Safety in Mining and Quarries

In rocky and debris-filled terrains, tire protection chains prevent machinery from slipping and protect tires from damage, ensuring a safer work environment. In the mining sector, they help reduce workplace accidents. Keeping machinery operational in mining sites is essential. Chains prevent sudden stops and malfunctions, increasing safety and efficiency.

Safety in Construction and Infrastructure Projects

On construction sites, heavy machinery constantly carries heavy loads. Chains help these machines remain stable, reducing the risk of tipping and slipping. Falls, slips, and rollovers are among the most common accidents on construction sites. Chains provide a firm grip on the ground, minimizing these risks.

Workers installing Tire Protection Chains on a large industrial tire, ensuring durability, safety, and extended tire lifespan in harsh environments.

Safety in Agriculture and Forestry

For machines operating in forests or muddy agricultural fields, chains prevent them from getting stuck, ensuring safer and more efficient work. This improves operational productivity in agriculture and forestry. In areas with unstable soil conditions, chains provide stability, preventing machine damage. Especially in rainy conditions, they prevent skidding, protecting tractors and forestry equipment from accidents.

Conclusion: The Importance of Tire Protection Chains for Workplace Safety

To ensure heavy machinery operates safely, tire protection chains are essential. With the right chain selection and regular maintenance, workplace accidents can be prevented, operational efficiency can be improved, and machine lifespan can be extended. Establishing a safer work environment benefits both worker safety and operational productivity. Chains reduce risks while ensuring uninterrupted workflow in industrial environments.

10 March 2025 /0 Comments/by
Genel

Tire Protection Chain Buying Guide

For heavy-duty machinery, tire protection chains play a critical role in extending tire lifespan and enhancing workplace safety in harsh terrain conditions. Choosing the wrong chain can reduce machine efficiency and lead to unnecessary costs. In this guide, we will explore how to select the best tire protection chain, what factors to consider, and the […]

10 March 2025 /0 Comments/by