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Cortec Cor-Pak® VpCI® Stretch Film, Hand Wrap

Cortec Cor-Pak® VpCI® Stretch Film, Hand Wrap

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Cor-Pak® VpCI® Stretch Film is the optimum powerful solution, deliberately developed for safeguarding ferrous and nonferrous metals from corrosion.

This film has remarkable and strong stretch qualities. It has unique corrosion inhibiting features provided by VpCI® Technology.

Plus, it's produced with cutting-edge resins using a coextrusion process. It can resist punctures and has excellent load holding. The stretch film empowers users to make their packaging thinner. It can help in controlling extreme heavy loads and manufacturing better packaging at a lower cost.

Cor-Pak® VpCI® Stretch Film is the most sophisticated corrosion-inhibiting stretch film available today, thanks to the combination of superior polyethylene resins and VpCI® technology.

Packaging & Storage of Stretch Film

For inquiries and custom requirements, please reach out to Cortec® Customer Service.
To ensure optimal product performance, store the items in their original packaging indoors, away from direct sunlight, within the temperature range of 40-100 °F (4-38 °C).

Benefits

  • Leaves no residue, enabling immediate use of protected parts.
  • With VpCI® tech , offers protection from corrosion of different metals.
  • Self-adhering film bonds to each layer for added strength.
  • Helps maintain warehouse stock cleanliness by repelling dirt, moisture and dust.
  • Demonstrates outstanding results despite thin gauges.
  • Facilitating production of thinner film and cost-effectiveness.
  • Achieves a maximum of 3:1 stretch and flexibility ratio.
  • Environmentally friendly, recyclable material.

Metals Protected

  • Aluminium.
  • Galvanised Steel.
  • Carbon Steel.
  • Silicon Steel.
  • Stainless Steel.
  • Copper.
  • Brass.
  • Cast Iron.


Application

Cor-Pak® VpCI® Stretch Wrap works suitably with commercially accessible mechanical and automatic wrapping machines. 

Typical Machine Properties

Property
 
Test Method
Units
 
 
Thickness
 
ASTM D6988
mil (µm)
1
(25 µm)
2
(50 µm)
Breaking Factor
MD
 
ASTM D882
lbs/in (N/m)
6.4 (1121)
11.3 (1979)
CD
6.1 (1068)
10.7 (1874)
 
Tensile Strength at Break
MD
 
ASTM D882
 
psi (kPa)
4836
(33,340)
5244
(36,160)
CD
4990
(34,400)
5369
(37,020)
Elongation at Break
MD
 
ASTM D882-02
 
%
647
680
CD
731
737
Tear Strength
MD
 
ASTM D1922-06a
 
mN
1570
5180
CD
5792
11,380
Dart Drop Impact Resistance
 
ASTM D1709-04,
Test Method A
 
grams
 
819
 
< 1300
Coefficient of Friction
Static
 
 
1.2
0.4
Kinetic
1.2
0.5

Typical properties represent average laboratory values and are not intended as specifications but as guides only.

Cor-Pak® VpCI® Stretch Film is produced by Cortec® Corporation and EcoCortec® (a European Subsidiary of Cortec® Corporation).

 

Product Specifications (.PDF)

Frequently Asked Questions

• What exactly is Cortec Cor-Pak VpCI Stretch Film Hand Wrap and what's its main purpose?

The Cortec Cor-Pak VpCI Stretch Film Hand Wrap is a specialised packaging film infused with Vapor phase Corrosion Inhibitors (VpCI) designed to provide superior corrosion protection for various metal items during storage and shipping. Its primary purpose is to prevent rust and other forms of corrosion by creating a protective environment around the packaged goods.

• How does the VpCI technology in this stretch film actually prevent rust? It sounds quite clever!

The VpCI technology works by releasing tiny, invisible molecules that vaporise and form a protective monomolecular layer on the surface of the metals enclosed within the film. These VpCI molecules actively interfere with the electrochemical reactions that cause corrosion, effectively halting the rusting process and keeping your metals in pristine condition.

• What types of metals can I confidently protect using this Cortec VpCI stretch film? Is it suitable for everything?

This versatile film is highly effective in protecting a wide array of metals, including ferrous metals like steel and iron, as well as non-ferrous metals such as copper, brass, aluminium, and even galvanised steel. It's designed for broad-spectrum protection, making it a reliable choice for mixed metal shipments too.

• Is Cortec VpCI stretch film a good option for protecting my items if they're going to be stored outdoors for a while?

While the film itself provides excellent corrosion protection, for outdoor storage, it's generally recommended to combine it with an additional layer of weather-resistant packaging, especially if direct exposure to elements like rain and snow is expected. The VpCI action will continue to protect the metals from within, but physical protection from the weather is also important.

• How long can I expect the corrosion protection to last when using Cortec VpCI stretch film? Does it have a limited lifespan?

The duration of corrosion protection provided by Cortec VpCI stretch film is quite impressive and depends on various factors, including the integrity of the wrap and environmental conditions. Under proper application and storage, it can offer protection for several years, making it ideal for both short-term and long-term preservation.

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• Does this VpCI stretch film leave any sticky or oily residue on the parts it protects? I want my metals to be clean when unpacked.

Absolutely not! One of the significant advantages of Cortec VpCI stretch film is that it provides clean, dry corrosion protection. The VpCI molecules dissipate once the packaging is removed, leaving no residue whatsoever on the metal surfaces, which eliminates the need for degreasing or cleaning after unpacking.

• What makes Cortec VpCI stretch film a more environmentally conscious choice compared to traditional rust prevention methods?

Cortec VpCI stretch film is considered more environmentally friendly because it eliminates the need for messy oils, greases, or expensive, hazardous rust preventative coatings that often require special disposal. It's also often recyclable, reducing waste and contributing to a cleaner, safer work environment.

• What are some of the most common ways businesses are using Cortec VpCI stretch film hand wrap right now?

Businesses frequently use Cortec VpCI stretch film hand wrap for unitising and protecting metal parts, components, and machinery during transit and storage. It's widely adopted for packaging automotive parts, aerospace components, heavy machinery, electronic enclosures, and even delicate tools, ensuring they arrive at their destination rust-free.

• I'm new to this – are there any specific tips or techniques for hand-wrapping with Cortec VpCI stretch film to make sure it works perfectly?

When hand-wrapping, ensure a good overlap with each layer to create an effective protective barrier. Aim for a tight, secure wrap to minimise air circulation, allowing the VpCI molecules to concentrate and form their protective layer efficiently. Starting from the bottom and working your way up can also help create a robust, sealed package.

• Can this Cortec VpCI stretch film be used in conjunction with other corrosion inhibitors, or is it designed to be a standalone solution?

Cortec VpCI stretch film is primarily designed to be a standalone corrosion protection solution, offering comprehensive protection on its own. However, in extremely aggressive environments or for very long-term storage of highly sensitive items, it can be used in conjunction with other Cortec VpCI products like VpCI emitters or papers for enhanced protection.

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• Are there particular industries or types of businesses that benefit the most from using Cortec Cor-Pak VpCI Stretch Film Hand Wrap?

Industries such as automotive, aerospace, heavy machinery manufacturing, metalworking, electronics, and even military and marine sectors find immense value in using Cortec Cor-Pak VpCI Stretch Film Hand Wrap. Any business involved in shipping or storing valuable metal components will benefit from its reliable corrosion prevention.

• How does using the VpCI hand wrap contribute to making my operations more efficient? It seems like it could save time.

The VpCI hand wrap significantly boosts operational efficiency by eliminating the need for traditional, labour-intensive rust prevention methods like greasing or oiling and subsequent cleaning. This streamlined process saves time, reduces labour costs, and speeds up packaging and unpacking processes, getting products to their destination faster.

• Could I use this stretch film to protect electronic components, or is it just for larger metal parts?

Yes, Cortec VpCI stretch film is perfectly suitable for protecting electronic components. The VpCI technology ensures that sensitive electronic parts, which often contain various metals, are shielded from corrosion without damaging their delicate circuitry or leaving any conductive residues.

• What's the difference between this hand wrap version and the machine-applied VpCI stretch film? When would I choose one over the other?

The primary difference lies in the application method. The hand wrap is designed for manual application, making it ideal for smaller operations, irregularly shaped items, or when a stretch wrapping machine isn't available. Machine-applied film is suited for high-volume packaging operations, providing faster and more consistent wrapping for palletised loads. You'd choose hand wrap for flexibility and lower volume needs.

• What kind of training, if any, is recommended for effectively applying Cortec VpCI stretch film to get the best results?

While the application is straightforward, a brief understanding of good wrapping practices can maximise its effectiveness. Training might cover ensuring proper overlap, achieving adequate tension, and understanding how to create a sealed environment for optimal VpCI concentration. Valdamark Direct, for instance, can provide guidance on best practices.

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• Is Cortec VpCI stretch film completely safe to use around food products? I'm curious about its safety profile.

While the primary use of Cortec VpCI stretch film is for industrial metal protection, it is generally considered safe for incidental contact. However, for direct food contact applications, specific food-grade certified packaging materials would be recommended. It's always best to check the product's official certifications for direct food contact.

• How does humidity in the environment affect the performance and effectiveness of Cortec VpCI stretch film?

Cortec VpCI technology is designed to work effectively even in humid environments. In fact, humidity can sometimes help in the vaporisation of the VpCI molecules, ensuring even better coverage. The protective layer formed by the VpCIs acts as a barrier against moisture and oxygen, which are key contributors to corrosion.

• Is this VpCI stretch film easy to recycle after I'm done with it? I'm trying to reduce my company's waste.

Many Cortec VpCI films are recyclable, often falling under common plastic recycling categories. It's always best to check local recycling guidelines and the specific product's technical data sheet for confirmed recyclability information to ensure proper disposal.

• What are the common sizes or gauges available for the Cortec VpCI stretch film hand wrap? Does it come in different thicknesses?

Cortec VpCI stretch film hand wrap typically comes in standard roll sizes suitable for manual application. While specific gauges might vary, they are generally engineered to provide sufficient strength and puncture resistance for typical packaging needs. Details on available sizes and gauges would be found on the product page or by contacting the supplier.

• Does the transparency of the film offer any practical advantages for users?

Yes, the transparency of Cortec VpCI stretch film is a significant practical advantage. It allows for easy visual inspection of the packaged contents without needing to unwrap them, which is incredibly useful for inventory checks, quality control, and customs inspections, saving both time and potential damage to the protected items.

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• How does using Cortec VpCI stretch film ultimately become a cost-effective solution for corrosion prevention?

Cortec VpCI stretch film offers significant cost savings by eliminating the need for expensive and labour-intensive traditional rust prevention methods, reducing rework due to corrosion damage, and preventing product rejection. It also extends the lifespan of valuable metal assets, leading to fewer replacements and repairs.

• What's the typical shelf life of an unopened roll of Cortec VpCI stretch film? How long can I store it before using it?

When stored correctly in its original packaging in a cool, dry place away from direct sunlight, an unopened roll of Cortec VpCI stretch film typically has a shelf life of at least two years, often longer. This ensures that the VpCI properties remain potent until ready for use.

• Are there any special handling instructions I should be aware of when working with Cortec VpCI stretch film?

For optimal performance, it's best to handle the film with clean gloves to prevent contamination from oils or dirt on hands. Storing it in a cool, dry environment away from direct sunlight and extreme temperatures will also help maintain its effectiveness and shelf life.

• How does Cortec VpCI stretch film compare to just using regular, non-VpCI stretch film for packaging metals? What's the real difference?

The fundamental difference is the active corrosion protection. Regular stretch film only provides a physical barrier, which can trap moisture and even accelerate corrosion. Cortec VpCI stretch film, however, actively releases VpCI molecules that neutralise corrosive agents, creating a protective atmosphere that regular film simply cannot.

• Are there any industry certifications or specific standards that Cortec VpCI stretch film meets for quality or performance?

Cortec products, including their VpCI films, are often designed to meet various international industry standards for corrosion protection and material safety. Specific certifications would typically be detailed in the product's technical data sheet or on the manufacturer's website, confirming its performance and compliance.

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• Can this VpCI stretch film be used for extremely long-term storage, perhaps for years, without needing re-application?

For well-sealed applications in controlled environments, Cortec VpCI stretch film can provide excellent corrosion protection for several years. For exceptionally long-term storage or in very harsh conditions, a combination of VpCI film with additional VpCI emitters or desiccants might be recommended for maximum assurance.

• What's the recommended process for disposing of used Cortec VpCI stretch film? Are there any special considerations?

Used Cortec VpCI stretch film, being a plastic film, should be disposed of according to local waste management regulations. As mentioned, many types are recyclable, so checking with local recycling facilities for guidance on proper disposal would be the best approach.

• How does the transparency of the film also help in identifying contents for customs or shipping inspections?

The clear transparency of the film allows customs officials and shipping personnel to easily view and identify the contents of a package without having to break the protective seal. This streamlines inspection processes, reduces potential delays, and helps maintain the integrity of the corrosion-protected environment.

• What are the potential drawbacks or limitations I should be aware of when considering Cortec VpCI stretch film?

While highly effective, potential limitations could include the need for a relatively sealed environment for the VpCI molecules to concentrate fully, and for extremely complex or porous geometries, additional VpCI products might be beneficial. Also, while resistant, extreme physical abrasion could compromise the film's integrity over time.

• How does the Cortec VpCI Stretch Film Hand Wrap differentiate itself from other VpCI film products on the market?

Cortec's VpCI technology is a leading, patented formulation known for its effectiveness and breadth of protection across various metals. The Cor-Pak VpCI Stretch Film Hand Wrap specifically offers the convenience of manual application with this advanced VpCI protection, setting it apart as a highly accessible and reliable solution for diverse packaging needs.

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