A protective coating is essential to protect industrial tanks and ensure durability, performance, and cost-effectiveness. Two of the most common options are rubber linings and epoxy coatings. They protect against corrosion, abrasion, and structural stress caused by harsh operating conditions.

Each coating has distinct advantages depending on the application. So how do you decide which option is best for your needs? 

We’ll compare rubber linings and epoxy tank coatings, examining their pros, cons, and best use cases so you can understand which solution best meets your specific requirements. 

Why Industrial Tanks Need Protective Coatings

Industrial tanks are exposed to demanding environments that significantly impact their longevity and performance. Protective coatings safeguard these tanks, acting as a barrier against damage and wear. 

Here are some of the most critical challenges coatings address:

Corrosion from Chemicals and Moisture:

Tanks that store chemicals or operate in humid environments are highly susceptible to corrosion. Protective coatings prevent chemical reactions and moisture penetration.

Abrasion from Transported Materials:

In industries like mining or aggregate processing, abrasive materials (sand, rocks, slurry, etc.) can cause significant wear on the tank’s interior. Coatings designed to resist abrasion help extend the tank’s service life.

Structural Stress from Pressure and Temperature Changes:

Tanks often operate under fluctuating pressures and temperatures, which can lead to material fatigue or cracking. Coatings help mitigate these stresses, enhancing the tank’s ability to withstand extreme conditions.

Rubber Lining vs. Epoxy Coatings for Tanks

Option #1: Rubber Linings

Rubber linings are a versatile and durable coating solution for industrial tanks. They’re applied as a thick, flexible layer through vulcanization (curing with heat and pressure) or cold bonding. This ensures a seamless barrier that adheres tightly to the tank’s surface, providing excellent protection against harsh environments. 

Rubber linings are particularly known for their flexibility, making them ideal for withstanding mechanical stress and adapting to equipment with complex geometries.

Key Benefits of Rubber Linings:

• Flexibility: Ideal for withstanding mechanical stress and adapting to equipment with complex geometries.

• Corrosion Resistance: Rubber linings offer superior protection against corrosive substances like acids and alkalis, making them ideal for chemical storage tanks and environments with aggressive chemicals.
• Abrasion Resistance: In high-wear environments, such as mining or slurry transport, rubber linings withstand friction and impact from abrasive materials.
• Durability: Rubber linings are long-lasting, highly resilient, and prone to cracking or delamination.
• Ease of Repair: Damaged areas can be quickly patched, minimizing downtime and avoiding costly reapplications.

Drawbacks of Rubber Linings:

• Higher Upfront Costs:
  Rubber linings typically have a higher initial installation cost compared to epoxy coatings.
• Specialized Expertise Required:
  Applying rubber linings demands skilled technicians and specialized equipment, making it crucial to partner with experienced providers like US Rubber.

Option #2: Epoxy Tank Coatings

Epoxy coatings consist of a resin and hardener that chemically bond during curing. This process creates a rigid, durable layer that adheres tightly to the tank’s surface, offering a smooth and protective finish. 

Key Benefits of Epoxy Coatings:

• Chemical Resistance:
  Epoxy coatings provide reliable protection against mild to moderate chemical exposure, making them suitable for applications like water treatment or tanks storing non-aggressive substances.
• Cost-Effective:
  Epoxy coatings are an economical choice for budget-conscious projects or less demanding environments. They have lower initial installation costs than rubber linings.
• Versatility:
  Epoxy adheres well to a variety of surfaces, including metal and concrete, making it a flexible solution for different tank designs and materials.

Drawbacks of Epoxy Coatings:

• Brittle Over Time:
  Epoxy coatings can become brittle with age, leading to cracking or flaking, particularly in environments with fluctuating temperatures or mechanical stress.
• Limited Abrasion Resistance:
  Unlike rubber linings, epoxy coatings are not ideal for high-abrasion environments. They’re more prone to damage from constant friction or impact.
• Challenging to Repair:
  Repairing damaged epoxy coatings often requires removing the entire layer and reapplying, resulting in higher long-term maintenance costs.

A Side-by-Side Comparison of Rubber Linings vs. Epoxy Coatings

Why US Rubber’s Linings Lead the Industry

Rubber linings stand out as the superior choice for industrial tank protection, especially in demanding environments. 

At US Rubber, we specialize in delivering high-quality rubber linings that provide unmatched durability, flexibility, and performance. 

Here’s why you should consider rubber linings—and why US Rubber is the trusted partner for your industrial needs:

• Expertise in Challenging Applications:
  From aggressive chemicals to high abrasion and extreme temperatures, US Rubber offers tailored solutions designed to withstand the harshest conditions.
• Durability and Longevity:
  Rubber linings, which have been proven to excel in high-stress scenarios, provide long-lasting protection against wear, corrosion, and mechanical stress. 
• Turnkey Services:
  From initial procurement to expert installation and repairs, US Rubber provides comprehensive services to ensure your project runs smoothly. 

Protect Your Tanks with US Rubber

Rubber linings offer superior durability, chemical resistance, and protection for demanding applications. At US Rubber, we provide tailored solutions and expert services to ensure your equipment lasts longer and performs better. Contact us today for personalized guidance and top-quality rubber linings.

Proper rubber lining is critical when protecting industrial equipment like tanks, pipes, and fittings. The thickness of the rubber lining affects durability, safety, and optimal performance. 

Lining thickness makes all the difference in prolonging the lifespan of your equipment and reducing operational downtime, from resisting chemical corrosion to withstanding high-pressure and abrasive environments.

With so many factors to consider—like operating conditions, material compatibility, and industry-specific requirements—choosing the right thickness can feel overwhelming. We’re here to help. 

Why Rubber Lining Thickness Matters

Rubber linings protect industrial equipment from damage caused by harsh operating conditions. Acting as a protective barrier, rubber linings shield equipment from chemical exposure, abrasion, and mechanical stress. They extend the lifespan of your assets and reduce costly repairs.

However, not all applications require the same thickness of rubber lining. The appropriate thickness ensures optimal performance by addressing specific challenges unique to each use case. 

Here’s how the correct lining thickness impacts performance:

• Durability: Thicker linings reduce wear and tear by absorbing impacts and resisting deformation over time, ideal for high-stress environments.
• Chemical Resistance: Applications involving corrosive substances, such as acids or alkalis, require thicker linings for an extra layer of protection, preventing equipment from deteriorating under constant exposure.
• Abrasion Resistance: High-friction environments, like those found in mining or slurry transport, demand thicker linings to withstand the constant impact of abrasive particles like sand, rocks, or other materials.
• Pressure Handling: Tanks and vessels operating under high-pressure conditions benefit from linings that can endure the stress without cracking or compromising the equipment’s structural integrity.

5 Factors That Influence Rubber Lining Thickness Based on Application Needs

Selecting rubber lining thickness depends on the specific conditions your equipment will face. 

Below are five common application scenarios, recommended thickness ranges, and the reasoning behind them.

1. Applications in Corrosive Environments

In highly corrosive environments, thicker linings provide a barrier against chemical degradation, so the equipment remains intact and functional over time.

• Example: Storage tanks handling strong acids (e.g., sulfuric acid in chemical plants).
• Recommended Thickness: 10-15mm, depending on acid concentration and temperature.

2. High-Abrasion Applications

Constant friction from abrasive particles like rocks and sand can quickly wear down thinner linings. Thick linings are essential to handle this continuous wear and tear and extend the equipment’s lifespan.

• Example: Pipes or fittings used in slurry transport in mining operations.
• Recommended Thickness: 12-20mm.

3. High-Pressure Systems

High-pressure environments place significant stress on equipment. Rubber lining is needed for structural reinforcement and to prevent cracks or failures under pressure.

• Example: Pressure vessels in oil and gas applications.
• Recommended Thickness: 8-15mm, based on pressure ratings and temperature ranges.

4. Applications in High-Temperature Environments

Elevated temperatures can accelerate wear and tear on lining. A thick, heat-resistant lining ensures durability and consistent performance over time.

• Example: Heat exchangers or vessels exposed to temperatures above 120°C.
• Recommended Thickness: 8-12mm with specialized rubber formulations.

5. Complex Equipment Geometries

Thin linings are easier to apply to curved or intricate surfaces without compromising durability. This makes them ideal for complex equipment shapes requiring flexibility and precision.

• Example: Agitators and mixers in food processing or pharmaceutical industries.
• Recommended Thickness: 6-10mm.

Typical Rubber Lining Thickness Ranges by Industry

As you can see, rubber lining requirements vary significantly depending on the challenges associated with specific applications. 

Here’s a quick guide to typical thickness ranges by industry:

Chemical Processing

Chemical processing environments demand robust chemical resistance to prevent degradation and ensure the longevity of equipment.

• Typical Thickness: 8-15mm
• Applications: Tanks and pipelines handling corrosive substances like acids or alkalis.

Mining and Aggregates

The constant friction and impact in these mining settings require thicker linings to withstand wear and tear.

• Typical Thickness: 12-20mm
• Applications: Chutes, slurry pipelines, and equipment exposed to high levels of abrasion from sand, rocks, and other materials.

Oil & Gas

These conditions require linings that can handle both thermal stress and mechanical pressure without compromising performance.

• Typical Thickness: 10-15mm
• Applications: Pressure vessels, pipelines, and equipment exposed to high temperatures or pressure variations.

Food & Beverage

Thinner linings are ideal for easy cleaning in the food and beverage industry, ensuring compliance with hygiene standards while maintaining durability.

• Typical Thickness: 6-10mm
• Applications: Sanitary linings in mixers, storage tanks, and other food-grade equipment.

How to Select the Right Rubber Lining Thickness for Your Needs

Follow these steps to confidently choose the right rubber lining thickness to enhance your equipment’s durability, safety, and performance. For expert advice, US Rubber is here to remove the guesswork from your selection process.

1. Assess Operating Conditions

Begin by identifying the primary stress factors your equipment will face. Consider the following:

• Chemical Resistance: Will the equipment handle corrosive substances?
• Abrasion Resistance: Will it be exposed to high-friction materials like sand or rocks?
• Thermal Stress: Will it operate under high temperatures?
• Mechanical Pressure: Will it need to withstand significant mechanical or hydraulic pressure?

2. Consult Material Compatibility Charts

Different rubber materials are designed to handle specific challenges. Consult compatibility charts to match the lining material and thickness to your environment. For example:

• Use acid-proof rubber for chemical storage tanks.
• Opt for abrasion-resistant rubber for mining and slurry transport applications.

3. Evaluate Long-Term Costs

Thick linings may have a higher upfront cost but can reduce maintenance expenses and downtime over time. Consider the total cost of ownership, especially for applications where frequent replacement or repairs would disrupt operations or increase costs.

4. Leverage Expert Insights

Consulting with industry professionals like US Rubber ensures your selection is tailored to your needs. With expertise in rubber lining applications, US Rubber can:

• Analyze your specific requirements.
• Recommend the best material and thickness.
• Provide turnkey solutions, from procurement to installation.

Partner with US Rubber for Superior Rubber Lining Solutions

US Rubber offers unmatched expertise and comprehensive services when protecting industrial equipment. Our custom rubber lining solutions ensure tailored thickness options for corrosive, high-abrasion, high-pressure, and high-temperature applications. 

Whether you need new installations or repairs, our experienced field crews deliver exceptional results on-site for tanks, vessels, and specialty equipment. Our expertise extends to both industrial rubber linings and rubber tank lining thickness, making us the go-to choice for diverse industries.

With US Rubber’s turnkey services, you’ll benefit from:

• Reduced Downtime: Efficient installation and repair processes to keep your operations running smoothly.
• Enhanced Performance: High-quality linings that optimize your equipment’s durability and efficiency.
• Peace of Mind: Guaranteed quality and safety standards you can trust.

Contact us today for a consultation or to learn more about how we can help with your rubber tank lining needs.

Rubber linings play a vital role in industrial applications, providing a reliable shield to protect equipment from corrosion, abrasion, and chemical damage. However, despite their durability, rubber linings are not immune to failure. Improper installation, poor maintenance, or choosing the wrong materials can lead to damage. 

Let’s explore the five most common reasons for rubber lining failures and how to prevent them. Whether you’re installing new linings or maintaining existing ones, these insights will help you ensure long-lasting, reliable performance.

How to Prevent Rubber Lining Failures 

1. Improper Installation

One of the most common causes of rubber lining failures is improper installation. When linings are not installed correctly, they can fail prematurely, leading to costly repairs and equipment downtime. Some common installation issues include:

• Misaligned installation that causes uneven stress distribution.
• Overtightening, which can compromise the integrity of the lining.
• Failure to follow manufacturer guidelines, resulting in suboptimal performance.

Prevention Tips:

• Hire Certified Professionals: Always rely on certified installers who understand the technical requirements of rubber lining applications.
• Follow Manufacturer Specifications: Ensure the installation process follows the manufacturer’s guidelines, including curing times, alignment procedures, and adhesive application.
• Conduct Quality Checks: Inspect the lining during and after installation to confirm proper alignment, adhesion, and overall fit. Testing for uniform thickness and secure adhesion is also essential.

2. Chemical Incompatibility

Rubber linings protect equipment from chemical exposure, but not all linings are suited for every chemical environment. Using a material that lacks the necessary chemical resistance can result in rapid degradation, such as:

• Swelling from exposure to incompatible chemicals.
• Brittleness caused by prolonged contact with harsh substances.
• Cracking or delamination, leaving the equipment vulnerable to further damage.

Prevention Tips:

• Conduct a Chemical Analysis: Before selecting a rubber lining, thoroughly evaluate the chemicals it will encounter, including their concentration and temperature. This ensures the chosen lining material can withstand the specific environment.
• Consult With Experts: Choose a certified installer who understands the chemical compatibility of rubber linings and can recommend additional coatings or protective layers if needed.

3. Temperature Extremes

Temperature extremes are a significant factor in the deterioration of rubber linings. Operating equipment in conditions outside the recommended temperature range can lead to:

• Softening of the rubber when exposed to excessive heat, compromising its structural integrity.
• Hardening or cracking in extremely cold temperatures, making the lining brittle and prone to failure.
• Loss of elasticity, resulting in reduced protective performance and increased susceptibility to damage.

Prevention Tips:

• Choose the Right Material: Select rubber linings specifically designed for the temperature range of your application. For example:
  • Use materials like natural rubber for moderate temperatures.
  • Invest in EPDM or other heat-resistant rubbers for high-temperature environments.
  • Choose rubber formulations that maintain flexibility at low temperatures for cold weather. 
• Monitor Temperatures: Regularly track operating temperatures to ensure they remain within the rubber lining’s tolerance range.
• Implement Protective Measures: Insulate or shield equipment to minimize exposure to extreme heat or cold, reducing stress on the lining.

4. Insufficient Adhesion

Adhesion is critical to the performance of rubber linings. If the surface to be lined is not adequately prepared, the rubber may not bond correctly, leading to:

• Delamination, where the lining separates from the substrate.
• Separation, which exposes equipment to potential corrosion, abrasion, or chemical damage.
• Premature failure of the lining due to weak bonding.

Prevention Tips:

• Proper Surface Preparation: Use abrasive blasting to remove contaminants like rust, grease, or old coatings. Clean the surface with the recommended solvents or cleaners for optimal adhesion conditions.
• Prime the Surface: Apply the appropriate primer to create a strong bond between the substrate and the rubber lining.
• Conduct Adhesion Tests: Perform pull tests or other adhesion verification methods during and after installation to confirm a secure bond. 

5. Incorrect Thickness

The thickness of a rubber lining plays a critical role in its performance and longevity. Incorrect thickness can lead to several issues:

• Too Thin: A lining that is too thin may wear out quickly, leaving the equipment unprotected and prone to damage.
• Too Thick: Excessive thickness can reduce flexibility and create stress points that lead to cracking or delamination.

Prevention Tips:

• Determine the Appropriate Thickness: Evaluate the specific conditions of the application, including:
  • Abrasion levels for high-wear environments.
  • Pressure requirements in high-stress systems.
  • Chemical exposure to ensure the lining can withstand the environment without degrading.
• Follow Industry Standards: Refer to manufacturer recommendations and industry guidelines to ensure the thickness meets operational demands.
• Rely on Certified Professionals: Work with experienced installers who can measure and verify the correct thickness during installation. 

Protect Your Rubber Lining With US RUBBER

Understanding and addressing common causes of rubber lining failures, such as improper installation and chemical incompatibility, can help you avoid costly downtime and ensure reliable performance.

At US RUBBER, we specialize in providing durable rubber linings, expert installation, and 24/7 repair services. Whether you need a new lining or expert advice on maintaining existing ones, our team has you covered.

Contact US RUBBER today for professional consultation, high-quality materials, and solutions tailored to your specific needs. 

Rubber linings are essential for protecting industrial equipment from corrosion and chemical damage. They act as a shield, enhancing the durability and longevity of tanks, pipes, and other critical equipment.

The typical rubber lining lifespan ranges from 5 to 30 years. 

However, the range depends on various factors, including environmental conditions, chemical exposure, proper cleaning, and maintenance practices. 

Let’s explore the key factors that impact the lifespan of rubber linings, practical tips to extend their durability, and how US Rubber’s turnkey solutions can maximize the performance of your equipment. 

Factors Affecting Rubber Lining Lifespan

Understanding the elements that impact rubber lining lifespan is crucial for maximizing performance and reducing costly replacements. Here are the key factors to consider:

Environmental Conditions

The environment in which a rubber lining is used significantly determines its lifespan, particularly the temperatures and sunlight it’s exposed to. 

• High Heat: Prolonged exposure to high temperatures can cause rubber linings to degrade, reducing elasticity and increasing brittleness.
• Freezing Temperatures: Cold environments can make rubber more susceptible to cracking, especially if not designed for such conditions.
• UV Exposure: Sunlight can weaken the lining over time, leading to brittleness and reduced performance. 

Chemical Exposure

When chemicals come into contact with a rubber lining, it can dramatically affect its durability:

• Incompatible Chemicals: Before installation, it’s vital to select a lining material specifically designed to resist the chemicals it will encounter. Incompatible chemicals can lead to rapid degradation, swelling, cracking, or loss of elasticity.

Maintenance Practices

Regular maintenance is one of the most effective ways to extend the lifespan of rubber linings:

• Inspections: Periodic assessments of the lining’s hardness, thickness, and tensile strength can detect early signs of wear or damage.
• Wear Monitoring: Measuring the wear rate allows for proactive repairs before more significant issues arise.
• Timely Repairs: Addressing small cracks or holes immediately prevents larger-scale damage that might require a full replacement.

Application Type

Different industries and applications place varying levels of stress on rubber linings, impacting the lifespan:

• Mining and Petrochemical Industries: Abrasive materials and harsh chemicals can accelerate wear, demanding more robust linings.
• Nuclear and Power Plants: High-pressure environments require exceptionally durable linings to withstand operational stress.
• Water Treatment Plants: Constant exposure to moisture and varying pH levels necessitates linings tailored for chemical and water resistance.

5 Tips to Extend the Lifespan of Rubber Linings

Maximizing the lifespan of rubber linings requires a proactive approach. With proper care and maintenance, you can protect your equipment and maintain its durability. Here are some actionable tips:

1. Regular Inspections

Routine inspections are essential for detecting early signs of wear and preventing larger future issues:

• We recommend scheduling inspections every 3-5 years to evaluate properties like hardness, tensile strength, and elasticity.
• Use non-destructive thickness gauges to measure wear rates and compare them to the baseline thickness recorded during installation.

2. Immediate Repairs

Even minor cracks or holes can lead to significant problems if left unattended:

• Patch minor damage as soon as it’s identified to prevent further wear and costly replacements.
• Work with certified installers to ensure repairs are completed professionally, providing reliability and longevity.

3. Leak Detection Systems

Early detection of leaks in rubber lining can save time and money and reduce operational downtime:

• Use manual inspection methods to look for discoloration, damp spots, or other signs of wear.
• Employ ultrasonic leak detection to locate potential issues not visible to the naked eye.
• Utilize chemical leak detection systems with tracers or dyes to quickly identify weak points.

4. Proper Cleaning

Cleaning rubber linings helps maintain their integrity but must be done with precision:

• Use mild detergents and water flushing to remove contaminants and residues.
• Avoid harsh chemicals or abrasive tools that could damage the lining.
• Follow manufacturer guidelines to ensure cleaning methods are compatible with the lining material.
• After cleaning, thoroughly rinse with low-pressure water and allow the lining to dry completely before use.

5. Environmental Protections

Shielding rubber linings from extreme environmental conditions can significantly reduce wear:

• Protect linings from UV exposure using shading, covers, or UV-resistant coatings.
• Avoid exposing linings to extreme temperatures, as high heat can degrade them, and freezing conditions can cause cracking.
• Use a temperature-controlled environment whenever possible.
• Ensure compatibility with chemicals the lining will encounter, and apply protective coatings or sealants if needed.

How US Rubber Ensures Long-Lasting Rubber Linings

If you want to improve your rubber linings’ performance and durability, US RUBBER is here to help. From material selection to maintenance and repairs, our team of experts is ready to provide the solutions you need.

Contact US RUBBER today to schedule a consultation or learn more about our services. 

The chemical industry faces unique challenges when it comes to storing and transporting acidic, corrosive materials. Equipment like acid tanks requires a durable, resilient lining that can protect against the harsh effects of aggressive chemicals, and rubber has become a forefront solution.

Why Rubber Lining for Acid Tanks?

Key Features and Benefits:

The chemical industry depends on storage and transport systems that withstand highly corrosive conditions. Acid tanks, specifically, are exposed to harsh chemicals that can quickly erode unprotected metal surfaces, leading to expensive repairs and significant downtime. 

Rubber lining provides a robust, flexible solution that prevents acid tank damage caused by corrosive chemicals. It acts as a buffer between the tank’s metal surface and the chemicals within, shielding the equipment from corrosion and maintaining structural integrity. 

By choosing rubber linings, companies in the chemical industry can save on repair and replacement costs, reduce the risk of leaks or spills, and enhance operational safety.

Learn more about why rubber is the best tank lining material >>

The 5 Best Rubber Lining Materials for Chemical Applications

Not all rubber linings are created equal. Different compounds offer varying levels of protection, depending on the chemical nature of the stored substances. The following are some of the most effective rubber materials used in the chemical industry for acid tank linings:

1. Natural Rubber

Natural rubber is one of the most common choices for rubber linings. It provides excellent abrasion resistance and flexibility. However, it can have limitations with certain aggressive chemicals and is therefore most suitable for mild acid storage tanks where the chemical exposure is less aggressive.

2. Neoprene Rubber

Neoprene is an ideal choice for tanks exposed to moderate acids and alkalis. It is highly resistant to oils, greases, and a wide range of chemicals, making it suitable for multi-purpose use in chemical processing environments. Neoprene also offers good weather resistance, which is beneficial for tanks stored outdoors.

3. Butyl Rubber

Butyl rubber is a high-performance material known for its resistance to concentrated acids like sulfuric and hydrochloric acids. Its low permeability and high resistance to aging and weathering make it a popular option for acid tanks that require enhanced durability and protection.

4. EPDM (Ethylene Propylene Diene Monomer)

EPDM rubber is recognized for its ability to resist heat, UV, and weather exposure, as well as its chemical resistance to mild acids and alkalis. It is particularly useful for tanks and vessels exposed to outdoor environments or subjected to extreme temperature changes. 

5. Chlorobutyl and Bromobutyl Rubbers

Chlorobutyl and bromobutyl rubbers are chemically resistant materials with strong barriers against acids and gases. These rubbers provide excellent impermeability, making them suitable for tanks that contain highly volatile or reactive substances. 

Selecting Your Acid Tank Rubber Lining: What to Consider

While choosing the right rubber lining for your acid tanks, consider the following factors: 

1. Chemical Compatibility

As mentioned above, the type of chemical stored in the tank dictates which rubber lining material is most appropriate. For example, tanks containing highly concentrated acids may require butyl or chlorobutyl linings, while less reactive chemicals might be adequately contained with neoprene or natural rubber linings.

2. Temperature Resistance

High temperatures can degrade certain types of rubber linings over time. It’s essential to select a rubber lining that can endure the temperature conditions of the storage environment. EPDM, for instance, is suitable for applications that require temperature resilience.

3. Abrasion and Physical Wear

In some cases, chemical tanks experience frequent mixing or stirring, which can wear down the lining. A rubber lining with high abrasion resistance, like natural rubber, may be beneficial in these instances.

4. Tank Size and Shape

Larger tanks or those with complex shapes may benefit from a highly flexible, moldable rubber lining material that ensures comprehensive coverage and uniform protection.

5. Lining Thickness

The thickness of the rubber lining plays a critical role in its durability and resistance to wear over time. Thicker linings offer enhanced protection against mechanical abrasion and chemical penetration, making them suitable for tanks exposed to highly aggressive acids or subjected to frequent agitation. 

However, thicker linings may also add to installation time and material costs, so it’s essential to balance thickness with operational demands. For chemical tanks that encounter less intense wear, a thinner lining may suffice, offering flexibility and cost savings without compromising safety.

Your Partner for Chemical-resistant Acid Tank Linings

By choosing the right rubber lining material, you can enhance the durability of your acid tanks, reduce maintenance costs, and ensure safe, reliable storage of hazardous chemicals. If you’re looking for guidance or are ready to get started on a project, get in touch. We can guide you to the best solution that’s tailored to your application’s unique needs and delivers long-lasting protection.