The styrene-free epoxy system contains no VOCs and produces low odor. In addition, its non-shrinking formulation helps maintain a close fit between the cured liner and the existing host pipe. As a result, contractors can use VetPox Resin for a wide range of residential, commercial, industrial, lateral, and vertical pipe rehabilitation projects.

Key Features

• 100% solids epoxy resin
• Styrene-free formulation
• Contains no VOCs
• Low-odor formulation
• Non-shrinking epoxy system
• Provides excellent adhesion to pipe surfaces
• Offers strong chemical resistance
• Delivers excellent mechanical properties
• Supports reliable CIPP liner wet-out
• Works with compatible VetPox hardeners
• Suitable for lateral and vertical pipe lining
• Designed for professional pipe rehabilitation

CIPP Pipe Lining Applications

VetPox Resin (Base) supports professional CIPP pipe lining and trenchless rehabilitation projects. Contractors can use the epoxy system for:

• Cured-In-Place Pipe (CIPP) lining
• Sewer pipe rehabilitation
• Lateral pipe lining
• Vertical pipe lining
• Residential plumbing rehabilitation
• Commercial plumbing rehabilitation
• Industrial pipe rehabilitation
• Trenchless sewer repair
• Indoor plumbing rehabilitation

During the CIPP installation process, contractors mix the resin with the appropriate VetPox hardener. Next, they use the mixture to saturate the liner. The installer then positions the saturated liner inside the existing host pipe and cures the system.

After curing, the liner forms a durable pipe-within-a-pipe. Therefore, the system can help rehabilitate deteriorated pipes without traditional excavation.

Benefits of VetPox Resin

Reliable Liner Wet-Out

VetPox Resin helps contractors thoroughly saturate CIPP liner materials. Proper wet-out supports consistent resin distribution throughout the liner and helps achieve reliable installation results.

Strong Adhesion

The epoxy system provides strong adhesion to suitable host pipe surfaces. Consequently, the cured liner can maintain a close connection with the existing pipe.

Non-Shrinking Formulation

VetPox Resin uses a non-shrinking epoxy formulation. As the system cures, it helps maintain the liner’s close fit inside the host pipe.

Chemical Resistance

The cured epoxy system provides chemical resistance for demanding pipe rehabilitation environments. This feature makes the resin suitable for many sewer and plumbing rehabilitation applications.

Low-Odor, Styrene-Free System

VetPox Resin contains no styrene and no VOCs. Additionally, its low-odor characteristics can make it suitable for applications where odor control matters, including certain indoor plumbing rehabilitation projects.

Resin and Hardener System

VetPox Resin (Base) works with the appropriate VetPox hardener to create the complete epoxy system. Contractors should select the compatible hardener according to the project’s working time and curing requirements.

First, mix the resin and hardener according to the manufacturer’s specified ratio. Then, thoroughly saturate the selected CIPP liner. After that, install the saturated liner inside the host pipe and follow the recommended curing procedure.

Different compatible hardeners can provide different working-time characteristics. Therefore, contractors should select the appropriate combination for each installation and follow the manufacturer’s Technical Data Sheet (TDS) and Safety Data Sheet (SDS).

Product Specifications

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VetLiner offers VetPox products as 100% solids epoxy resin systems for CIPP rehabilitation. During installation, contractors saturate the liner with thermosetting resin. The resin then bonds the liner closely to the host pipe and cures to form a hard, smooth, and durable pipe inside the existing pipe.

Key Features

• Designed for CIPP pipe rehabilitation
• Works with compatible VetPox epoxy resin
• Supports professional trenchless pipe lining
• Forms part of a 100% solids epoxy system
• Provides reliable curing performance
• Helps create a smooth, durable pipe liner
• Suitable for professional pipe rehabilitation projects
• Available in multiple package sizes

CIPP Pipe Rehabilitation Applications

VetPox 30 Resin Hardener supports a wide range of trenchless pipe rehabilitation applications. Contractors can use the compatible VetPox epoxy system for:

• Cured-In-Place Pipe (CIPP) lining
• Sewer pipe rehabilitation
• Lateral pipe lining
• Vertical pipe rehabilitation
• Residential plumbing rehabilitation
• Commercial pipe rehabilitation
• Industrial pipe rehabilitation
• Trenchless sewer repair
• Existing pipe rehabilitation

The CIPP process starts with liner preparation and resin saturation. Next, the installer places the saturated liner inside the existing host pipe. The resin and hardener system then cures to create a new structural lining inside the old pipe. As a result, contractors can rehabilitate existing pipe systems without traditional excavation.

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These specialized liners help create a continuous rehabilitation system through difficult pipe transitions. As a result, contractors can restore challenging sections of existing pipe while reducing the need for traditional excavation.

Key Features

• Designed for  pipe transitions
• Suitable for CIPP pipe rehabilitation
• Helps accommodate changes in pipe geometry
• Flexible liner design for challenging installations
• Supports trenchless pipe rehabilitation
• Suitable for professional pipe lining applications
• Helps create a continuous rehabilitated pipe section
• Designed for use in difficult transition areas

What Are Transitional Liners?

A  transitional liner addresses pipe sections where the existing pipe does not maintain a consistent diameter or geometry. These areas can include transitions between different pipe sizes, changes in pipe shape, or other difficult configurations.

Instead of treating the transition as a separate repair, contractors can use a specialized liner to follow the existing pipe geometry. Therefore, the liner can provide a more practical approach for rehabilitating complex sections of pipe.

CIPP Pipe Rehabilitation Applications

 Transitional Liners can support professional trenchless rehabilitation projects involving challenging pipe transitions.

Typical applications may include:

• Pipe diameter transitions
• Changes in pipe geometry
• Irregular pipe sections
• Difficult CIPP installations
• Sewer pipe rehabilitation
• Drain pipe rehabilitation
• Residential pipe lining
• Commercial pipe rehabilitation
• Trenchless pipe repair

Benefits of Vet Liner Transitional Liners

Designed for Complex Pipe Geometry

Traditional CIPP liners work most effectively when the host pipe maintains a relatively consistent shape and diameter. However, some rehabilitation projects contain transitions that require a more flexible solution. Vet Liner Transitional Liners address these challenging areas with a design intended to accommodate changing pipe geometry.

Supports Trenchless Rehabilitation

The liner supports a trenchless pipe rehabilitation approach. Consequently, contractors can rehabilitate difficult pipe sections while reducing the need for extensive excavation.

Helps Maintain a Continuous Lining System

A suitable transitional liner can help connect different sections of a pipe rehabilitation project. This approach can reduce the need for multiple separate repairs and help create a continuous rehabilitated pipe system.

Professional CIPP Solution

The liner is intended for professional CIPP applications. Contractors can integrate it into appropriate pipe rehabilitation procedures based on the project requirements, host-pipe condition, and selected resin system.

How Transitional Lining Works

First, the contractor inspects and prepares the existing pipe. Next, the liner system is selected according to the pipe’s dimensions and geometry.

The installer then prepares the liner with the appropriate resin system. After that, the contractor positions the liner inside the existing pipe and manages the installation so that the liner follows the required transition.

Finally, the installer cures the resin according to the selected CIPP system and manufacturer’s requirements. Once curing is complete, the liner forms the rehabilitated section inside the existing pipe.

Why Choose a Transitional CIPP Liner?

Pipe rehabilitation projects do not always involve straight, uniform pipe sections. Diameter changes, irregular shapes, and complex transitions can make conventional lining techniques more challenging.

A specialized transitional liner provides contractors with a purpose-oriented option for these situations. In addition, trenchless installation can help minimize surface disruption compared with conventional excavation-based pipe replacement.

Product Applications

Vet Liner Transitional Liners are suitable for applications where contractors need to rehabilitate pipe sections with changing geometry.

Common application areas include:

• Sewer rehabilitation
• Drain rehabilitation
• Residential plumbing
• Commercial plumbing
• Complex pipe transitions
• Trenchless pipe repair
• CIPP rehabilitation projects

Product Details

Professional Solution for Complex Pipe Transitions

Vet Liner Transitional Liners offer a specialized approach to challenging CIPP rehabilitation projects where pipe diameter or geometry changes along the rehabilitation area. The flexible design helps contractors address transitions that require more adaptability than a standard liner.

Furthermore, the trenchless rehabilitation approach can help reduce excavation requirements and minimize disruption around the work area. For professional results, contractors should select the appropriate liner, resin system, installation method, and curing procedure for each project.

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This initiator supports a variety of industrial resin-processing applications. For example, professionals can use Benox C-50S for composite fabrication, wet press molding, pultrusion, and Cured-In-Place Pipe (CIPP) rehabilitation when they pair it with a compatible resin system.

Key Features

• 50% dibenzoyl peroxide (BPO) formulation
• Organic peroxide cure initiator
• Fine, free-flowing granular powder
• White appearance
• Designed for compatible polyester and acrylic resin systems
• Suitable for professional industrial processing
• Available in a convenient 55 lb (25 kg) package
• Supports CIPP rehabilitation applications
• Maximum storage temperature: 86°F (30°C)

Applications

Benox C-50S supports several resin-processing applications. These include:

• Cured-In-Place Pipe (CIPP) rehabilitation
• Unsaturated polyester resin curing
• Acrylic resin curing
• Composite manufacturing
• Wet press molding
• Pultrusion
• Industrial resin processing
• Specialized composite applications

Benox C-50S for CIPP Applications

CIPP rehabilitation uses resin systems to create a new pipe inside an existing pipe. During the process, contractors saturate the liner with a compatible resin system and then cure it inside the host pipe.

For compatible systems, Benox C-50S can serve as the organic peroxide initiator that helps start the curing process. As the resin system cures, it forms the hardened liner required for the rehabilitation application.

MaxLiner explains that CIPP systems use resin-impregnated liners that cure inside existing pipes to create a tight-fitting, jointless, and corrosion-resistant replacement pipe.

Benefits of the 55 lb Benox Initiator

Consistent Granular Form

Benox C-50S comes as a fine, free-flowing granular white powder. This formulation supports professional handling and industrial resin-processing operations.

Versatile Industrial Applications

The initiator supports more than one application. In addition to CIPP rehabilitation, professionals can use compatible systems for composite manufacturing, pultrusion, and wet press molding.

Convenient Bulk Packaging

The 55 lb (25 kg) package provides a practical quantity for commercial and industrial users who need an ongoing supply of initiator for resin-processing operations.

Compatible Resin Systems

Benox C-50S works with compatible unsaturated polyester and acrylic resin systems. Therefore, users should confirm resin compatibility and follow the manufacturer’s technical documentation before mixing or processing.

Product Specifications

Handling and Storage

Benox C-50S is an organic peroxide, so users must handle and store it according to the manufacturer’s current Safety Data Sheet (SDS) and Technical Data Sheet (TDS).

Store the product at temperatures not exceeding 86°F (30°C). In addition, follow the manufacturer’s requirements for personal protective equipment, contamination prevention, transportation, storage, and safe handling.

55 lb Benox Initiator for Professional Resin Processing

The 55 lb Box of Initiator (Benox) offers a professional solution for compatible polyester and acrylic resin systems. Its 50% dibenzoyl peroxide formulation supports applications ranging from composite manufacturing to CIPP rehabilitation.

Furthermore, the 25 kg package gives commercial and industrial users a convenient quantity for ongoing resin-processing requirements.

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This carbon fiber fabric weighs 5.7 oz and measures 50 inches wide by 36 inches long. Therefore, it offers a practical size for a variety of repair, fabrication, and composite projects.

Key Features

• 3K carbon fiber construction
• 2×2 twill weave pattern
• 5.7 oz lightweight fabric
• Measures 50″ x 36″
• High strength-to-weight ratio
• Lightweight reinforcement material
• Flexible and easy to form around curved surfaces
• Suitable for composite fabrication and repairs
• Professional-grade carbon fiber fabric
• Attractive woven carbon fiber appearance

3K Carbon Fiber Fabric Applications

This 3K carbon fiber fabric works well for applications that require lightweight reinforcement and a strong composite structure. For example, professionals can use it for:

• Composite fabrication
• Structural reinforcement
• Automotive components
• Marine and boat repairs
• Motorcycle parts
• Automotive body components
• Custom carbon fiber parts
• Equipment repairs
• DIY composite projects
• Molded composite structures

Additionally, the fabric can support cosmetic carbon fiber applications where the woven 2×2 twill pattern adds a professional finish.

2×2 Twill Weave Design

The 2×2 twill weave creates a diagonal woven pattern across the fabric. This structure gives the carbon fiber a distinctive appearance while allowing it to conform to different shapes.

Moreover, twill weave carbon fiber can offer good drape characteristics. As a result, it can work well around curved surfaces and complex shapes where a stiffer fabric may prove more difficult to position.

Lightweight 5.7 oz Carbon Fiber

At 5.7 oz, this carbon fiber fabric provides lightweight reinforcement without adding unnecessary bulk. Consequently, it can help manufacturers and repair professionals maintain a favorable strength-to-weight balance in composite structures.

The 50″ x 36″ size also provides enough material for many small and medium fabrication or repair projects.

Benefits of Carbon Fiber Reinforcement

High Strength-to-Weight Ratio

Carbon fiber offers excellent strength relative to its weight. Therefore, it remains a popular reinforcement material for applications where both performance and low weight matter.

Lightweight Construction

The fabric adds reinforcement while keeping overall material weight relatively low. This advantage makes carbon fiber useful in automotive, marine, motorsport, and custom composite applications.

Flexible Twill Weave

The 2×2 twill structure allows the fabric to conform to curved surfaces. In addition, the weave provides the recognizable carbon fiber appearance that many manufacturers and fabricators prefer.

Versatile Material

You can use this carbon fiber fabric for a wide range of composite applications. For instance, it can reinforce custom parts, repair damaged components, or form part of a new composite structure.

Product Specifications

How to Use Carbon Fiber Fabric

First, prepare and clean the surface that requires reinforcement. Next, cut the carbon fiber fabric to the required size and shape.

Then, apply the appropriate compatible resin system and position the fabric carefully on the surface. After that, wet out the fabric thoroughly according to the resin manufacturer’s instructions.

Finally, allow the composite system to cure under the recommended conditions. Always follow the resin manufacturer’s mixing ratios, application instructions, curing requirements, and safety procedures.

Professional Carbon Fiber Reinforcement

The 3K 2×2 Twill Weave Carbon Fiber Fabric – 5.7 oz, 50″ x 36″ provides a lightweight and versatile material for composite fabrication, reinforcement, repair, and custom carbon fiber projects.

Furthermore, its 2×2 twill weave and 3K carbon fiber construction provide both a distinctive appearance and useful handling characteristics for professional fabricators and composite enthusiasts.

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Continuous Strand Fiberglass – Constructed from bundled, continuous fiberglass filaments for superior strength and consistency over chopped strand materials.

Product Description

Fiberglass gun roving, also known as continuous strand roving, is a high-strength fiberglass reinforcement used in composite manufacturing. Made from continuous fiberglass filaments, this material is optimized for use with spray equipment and filament winding systems. It’s applied with resin to create durable, lightweight composite structures commonly used in open-mold manufacturing.

This roving features rapid wet-out, excellent adhesion to common resins, and a high strength-to-weight ratio. It is well-suited for a variety of industries, including marine, automotive, construction, and consumer goods manufacturing.

Applications include:
– Spray-up molding for bathtubs, panels, and structural parts
– Filament winding for cylindrical components like tanks and pipes
– Marine use for boat hulls, decks, and bulkheads
– Automotive panels and composite assemblies
– Architectural and industrial composite reinforcement

Reliable, strong, and versatile — this fiberglass gun roving is engineered for efficiency and performance across a wide range of composite fabrication techniques.

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**Applications:**

– Exceptional fiber-reinforced pipes, tanks, and composites

– Reliable tooling, casting, and molding compounds

– Powerful construction, and aerospace adhesives

– Advanced high-solids/low-VOC maintenance and marine coatings

– Durable chemical-resistant tank linings, flooring, and grouts

– Essential base resin for cutting-edge epoxy fusion technology

Choose EPON 828 for innovative solutions and superior performance across various industries.

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Our Vinyl Ester Resins are a styrene-dissolved epoxy resin based on bisphenol-A. The corrosion resistance, hardness, and durability needed in the CIPP business are provided by this resin. This resin system outperforms epoxy in certain applications where the relative fluid temperature is higher. Additionally, in some industrial applications*, this resin system has good chemical resistance.

Advantages

• The molecular structure of vinyl ester offers a superb compromise between performance and corrosion resistance.
• Fulfills the standards of California in Green Book
• Outstanding pot life catalyzed
• Enhanced mechanical qualities

The post CIPP Vinyl Ester Resin – 40 lb Pail appeared first on Marine Coat One.

POLYESTER RESIN

Polyester is by far the most widely utilized material in the business. Polyester is incredibly adaptable and is used in liners for ambient, hot, and UV cures.

CHARACTERISTICS: When adequately cured, excellent mechanical characteristics.

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