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What is the typical lifespan of print on mylar bags?

Posted on by Nicole Hale

The typical lifespan of print on Mylar bags can vary depending on several factors, including the quality of the printing process, the environmental conditions in which the bags are stored or used, and the specific requirements of the application. However, under normal circumstances, the print on Mylar bags is designed to be durable and long-lasting.

Here are some factors that can affect the lifespan of print on Mylar bags:

  1. Quality of Printing: The quality of the printing process, including the type of ink used, the printing technique employed (e.g., digital printing, flexographic printing), and the adherence of the ink to the Mylar surface, can impact the durability and longevity of the print. High-quality printing techniques and materials can result in prints that are more resistant to fading, scratching, and wear over time.
  2. Environmental Conditions: The environmental conditions in which the Mylar bags are stored or used can affect the lifespan of the print. Exposure to harsh conditions such as direct sunlight, high temperatures, humidity, moisture, or abrasive surfaces can accelerate the deterioration of the print. Proper storage and handling practices, such as storing Mylar bags in a cool, dry, and dark environment, can help prolong the lifespan of the print.
  3. Usage Intensity: The frequency and intensity of use can also impact the lifespan of the print on Mylar bags. Bags that are subjected to frequent handling, transportation, or manipulation may experience more wear and tear on the printed surface compared to bags that are used less frequently or handled with care.
  4. Product Contact: If the Mylar bags come into direct contact with food, beverages, or other substances, the compatibility of the printing ink with these materials can affect the print’s durability and safety. Food-safe printing inks that are specifically designed for use on food packaging are recommended to ensure compliance with food safety regulations and to maintain the integrity of the print over time.
  5. Maintenance and Cleaning: Proper maintenance and cleaning practices can help prolong the lifespan of the print on Mylar bags. Avoiding abrasive cleaning agents or harsh chemicals and using gentle cleaning methods, such as wiping with a soft cloth or damp sponge, can help preserve the print without causing damage.

Overall, the lifespan of print on Mylar bags can vary depending on these factors, but with proper printing techniques, suitable materials, and appropriate care and handling, prints on Mylar bags can remain vibrant and legible for an extended period, ensuring product branding and information are effectively communicated to consumers.

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What is the typical lead time for manufacturing custom printed stand up pouches?

Posted on by Nicole Hale

The typical lead time for manufacturing custom printed stand-up pouches can vary depending on several factors, including the complexity of the design, the quantity ordered, the availability of materials, and the production capabilities of the manufacturer. However, in general, the lead time for manufacturing custom printed stand-up pouches is typically between 4 to 12 weeks.

Here’s a breakdown of the factors that can influence lead time:

  1. Design Approval: The lead time begins once the design for the custom printed stand-up pouches is finalized and approved by the customer. This process may involve multiple rounds of revisions and approvals before the design is finalized, which can impact the overall lead time.
  2. Order Quantity: Larger order quantities may require longer lead times due to the increased production volume and manufacturing time required to fulfill the order. Conversely, smaller order quantities may have shorter lead times, especially if the manufacturer has available stock or quick turnaround capabilities.
  3. Material Sourcing: Lead time may be affected by the availability of raw materials required for manufacturing the stand-up pouches.printed stand up pouches   If specialized materials or custom colors are needed, additional time may be required to source and procure the materials from suppliers.
  4. Printing Process: The printing process for custom printed stand-up pouches can vary depending on the printing method used (e.g., digital printing, flexographic printing). Some printing methods may have longer setup times or require additional processing steps, which can affect lead time.
  5. Manufacturing Capacity: The production capacity and workload of the manufacturer can impact lead time. If the manufacturer is operating at full capacity or experiencing high demand, lead times may be longer. Conversely, manufacturers with ample production capacity may offer shorter lead times.
  6. Shipping and Logistics: Lead time also includes the time required for packaging, quality control, and shipping the finished stand-up pouches to the customer’s location. Shipping and logistics considerations, such as transit time and customs clearance for international shipments, can add additional time to the overall lead time.

It’s important for customers to communicate their specific requirements and timelines with the manufacturer upfront to ensure that expectations are aligned and to minimize any potential delays. Additionally, working with an experienced and reliable packaging manufacturer can help streamline the production process and reduce lead times for custom printed stand-up pouches.

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What are the advantages of using stainless steel framing nails over other fastening methods?

Posted on by Nicole Hale

Using stainless steel framing nails offers several advantages over other fastening methods, especially in certain applications and environments.

Some of the key advantages include:

  1. Corrosion Resistance: Stainless steel framing nails are highly resistant to corrosion, rust, and staining, making them ideal for outdoor and marine applications where exposure to moisture, saltwater, and harsh weather conditions is a concern. Unlike carbon steel nails, stainless steel nails do not require additional coatings or treatments to protect against corrosion, ensuring long-lasting performance and durability.
  2. Durability: Stainless steel framing nails are exceptionally durable and strong, providing reliable fastening and holding power in various construction and woodworking projects. They are less prone to bending, breaking, or shearing under load compared to nails made from softer materials, such as aluminum or copper, making them suitable for heavy-duty framing, structural, and load-bearing applications.
  3. Longevity: Due to their corrosion resistance and durability, stainless steel framing nails have a longer lifespan than nails made from other materials. They maintain their strength, integrity, and appearance over time, reducing the need for frequent replacement and maintenance. This longevity translates to cost savings and reduced downtime in construction projects.
  4. Aesthetics: Stainless steel framing nails offer a sleek and modern appearance, making them an attractive choice for visible or exposed applications where aesthetics are important. Their clean and polished finish enhances the overall look of finished carpentry, trim work, decking, siding, and other architectural features, adding value and curb appeal to residential and commercial properties.
  5. Compatibility with Pressure-Treated Wood: Stainless steel framing nails are compatible with pressure-treated lumber and other chemically treated wood products commonly used in outdoor construction projects. They do not react with the chemicals or preservatives present in pressure-treated wood, preventing staining, discoloration, or deterioration of the fasteners over time.
  6. Reduced Maintenance: Because stainless steel framing nails are resistant to corrosion and degradation, they require minimal maintenance compared to other fastening methods. There is no need for periodic inspections, resealing, or replacement due to rust or corrosion, saving time, effort, and resources over the lifespan of the construction project.
  7. Environmental Benefits: Stainless steel is a sustainable and environmentally friendly material choice for fasteners. It is 100% recyclable and retains its properties through multiple recycling processes, reducing the environmental impact of disposal and waste generation associated with construction projects.

Overall, the advantages of using stainless steel framing nails, including corrosion resistance, durability, longevity, aesthetics, compatibility, reduced maintenance, and environmental benefits, make them a preferred choice for a wide range of construction, woodworking, and outdoor applications.

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Can you use plastic collated nails in a paper collated nail gun?

Posted on by Nicole Hale

Selecting the right collated framing nails for the pneumatic nail gun you own can be confusing. EZ Fit can help take the confusion out of the selection process.  It starts by remembering these three words – Paper, Plastic and Wire. These words refer to the material used by manufacturers to hold the nail strips together (collate).  For the most part, and with few exceptions, all paper collated nails will fit the same tools; all plastic collated nails will fit the same tools and all wire collated nails will do the same.

When framing, using the right type of framing nails is just as important as choosing the right type of wood. As any contractor knows, you can’t simply pick the cheapest wood and starting piecing it together. It requires a knowledge of what works best, what can weather the environmental conditions, what will stand the test of time, and so on and so forth. There are tons of factors that go into choosing the right materials for the job. As with the wood, knowing what sort of framing fastener works best will improve the quality of your project as well as how well your frame stays standing.

EZ Fit helps you determine what type of fastener you need to start framing. With our extensive offering of options, it can sometimes be hard to figure out what type will work best for you. Fortunately, EZ Fit has a guide to help you decide. Our gun-fed framing nails come in angles ranging from 20° to 30°.  We offer nails that are collated differently to adhere to your individual needs: paper, plastic, and wire welded.

Paper Collated

The same is true of Plastic collated strips. Manufacturers may identify their plastic strips as 20°, 21° or 22°. Like paper strip nails the actual angle of collation makes no difference as it relates to performance in your gun. The same applies to wire collated nails, which are made at a 28° angle. Depending on what region of the country you are in, you may see some 28° paper nails but the majority of all paper tape nails are within the 30-34° range. Over time, fastener manufacturers have specified a “degree” to their nail strips. Paper collated nails are typically 30° or 34° which can be confusing if you are trying to select the right fastener for your tool. However, any strip that is within 4° will fit into the same gun(s). Paper collated framing nails typically run the most expensive, but are the best overall performers. When a nail gun fires, it tears bits and pieces of the collating material from the row of nails. In this case, it is tearing away tiny pieces of paper. Conveniently enough, considering it is paper and not plastic or metal, it results in less mess on the job site. Biodegradable paper means that the small pieces left behind will not harm the jobsite. In addition, the head of the nail will push the down entirely into the wood. This allows proper setting without any additional work and leaves a clean, smooth finish where the nail is.

Wire-weld Collated

Alternatively, you can use wire-weld collated framing nails. A piece of wire weld has been tacked to each row of these nails, making them extremely durable. They do a great job when framing outside and can withstand the ruggedness of a typical jobsite. Additionally, these sleeves generally come with more nails per sleeve, meaning less reloads of the gun.

Plastic Collated

The last type of framing nails is plastic collated. These nails are generally the least expensive and fairly durable. They can withstand water damage and are both heat and cold durable making them great for outdoor usage. Plastic collates jam less and aren’t dangerous when expelled from the gun.

High-quality EZ Fit framing nails are designed to work through all major brands of nailers – Max, SENCO, Paslode,  Duo-Fast, Hitachi, Bostitch and more. Manufactured in North America, EZ Fit framing nails are available in Paper, Plastic and Wire collated styles and in the lengths contractors require. They are ideal for all your jobsite applications – framing, wall and roof sheathing, decks. Available in Bright and HD Galvanized, EZ Fit fasteners meet or exceed local building codes. No matter what type of framing nail you wind up using, let EZ Fit help match you with what is the right style of framing nail for your job. For more information contact us or check out our easy-to-read fastener guide complete sizes and styles of each of our framing nails.

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How do 15 degree ring shank coil nails compare to traditional hand-driven nails in terms of speed?

Posted on by Nicole Hale

15-degree ring shank coil nails, when used with pneumatic nail guns, are generally much faster than traditional hand-driven nails.

Here’s how they compare in terms of speed:

  1. Pneumatic application: 15-degree ring shank coil nails are designed to be used with pneumatic nail guns, which automate the nailing process. With a nail gun, a single pull of the trigger can drive multiple nails rapidly, significantly speeding up the installation process compared to hand-driving nails individually.
  2. Continuous feed: Coil nails come wound in coils, allowing for continuous feeding into the nail gun without the need to reload after each nail. This continuous feed feature eliminates the downtime associated with reloading nails, further increasing the speed of installation.
  3. Efficient nailing: Ring shank coil nails, with their textured shank that provides enhanced holding power, can be driven quickly and securely into the substrate with pneumatic nail guns. 15 degree ring shank coil nails  This efficiency allows for rapid nailing without compromising on the strength and stability of the fastening.
  4. Reduced fatigue: Using a pneumatic nail gun with 15-degree ring shank coil nails can significantly reduce the physical strain and fatigue experienced by workers compared to hand-driving nails. This reduction in fatigue allows workers to maintain a consistent pace and productivity level over extended periods.
  5. Greater coverage: With their rapid firing capability, pneumatic nail guns equipped with 15-degree ring shank coil nails can cover a larger area in a shorter amount of time compared to hand-driving nails. This makes them particularly well-suited for large-scale construction projects where speed and efficiency are essential.

In summary, 15-degree ring shank coil nails used with pneumatic nail guns offer a considerable speed advantage over traditional hand-driven nails. The combination of pneumatic application, continuous feed, efficient nailing, reduced fatigue, and greater coverage allows for significantly faster installation times, making them a preferred choice for many construction professionals seeking to maximize productivity and efficiency on the job site.

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How do coil fence nails contribute to the sustainability of construction projects?

Posted on by Nicole Hale

Coil fence nails contribute to the sustainability of construction projects in several ways:

  1. Durable construction: Coil fence nails are typically made from high-quality materials such as galvanized steel or stainless steel, which are known for their durability and resistance to corrosion. This ensures that the nails have a long service life and can withstand exposure to environmental elements without deteriorating, reducing the need for frequent replacement and minimizing waste.
  2. Long-lasting installations: When used to secure fencing materials such as wood or wire mesh, coil fence nails create durable and long-lasting installations. This reduces the need for repairs or replacements over time, reducing the consumption of materials and minimizing the environmental impact associated with maintenance activities.
  3. Efficient installation process: Coil fence nails are designed for use with pneumatic nail guns, which enable fast and efficient installation of fencing materials. This reduces labor costs and construction time, leading to overall project efficiency and resource conservation.
  4. Minimized material waste: Coil fence nails are available in various lengths and gauges to suit different fencing applications. By using nails that are appropriately sized for the job, contractors can minimize material waste and optimize resource utilization, reducing the environmental footprint of construction projects.
  5. Versatile applications: Coil fence nails can be used to secure a wide range of fencing materials, including wood, metal, and plastic, making them suitable for diverse construction projects. coil fence nails  Their versatility allows for the use of sustainable fencing materials such as bamboo or recycled plastic, further enhancing the sustainability of construction projects.
  6. Energy efficiency: The use of pneumatic nail guns with coil fence nails can improve the energy efficiency of construction activities by reducing the need for manual labor and minimizing the carbon footprint associated with transportation and equipment operation.
  7. Compliance with green building standards: Many sustainable construction projects aim to achieve certifications such as LEED (Leadership in Energy and Environmental Design) or BREEAM (Building Research Establishment Environmental Assessment Method). By using durable and efficient fastening solutions like coil fence nails, contractors can contribute to the achievement of these standards and demonstrate their commitment to sustainability.

Overall, coil fence nails play a vital role in promoting the sustainability of construction projects by facilitating durable installations, minimizing material waste, optimizing resource utilization, enhancing energy efficiency, and supporting compliance with green building standards. Their use helps to create environmentally responsible and resilient structures that contribute to a more sustainable built environment.

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How do Press lock zipper stand upright on shelves or displays?

Posted on by Nicole Hale

Press lock zippers are a type of resealable closure commonly used in flexible packaging, including stand-up pouches. While press lock zippers themselves do not inherently allow a pouch to stand upright on shelves or displays, they are often integrated into stand-up pouch designs alongside other features that enable them to stand upright.

Here’s how press lock zipper stand-up pouches achieve this:

  1. Bottom Gusset: Stand-up pouches with press lock zippers typically feature a bottom gusset, which is a triangular-shaped fold at the bottom of the pouch. This gusset expands when the pouch is filled, providing stability and allowing the pouch to stand upright on shelves or displays.
  2. Flat Base: Some stand-up pouches are designed with a flat base that provides additional support for standing upright. The flat base ensures that the pouch remains stable and balanced, even when filled with contents.
  3. Structural Integrity: Stand-up pouches are constructed from flexible yet durable materials, such as laminated films or multilayered structures, that maintain their shape and structural integrity when filled. Press lock zipper supplier  This allows the pouch to stand upright without collapsing or losing its form.
  4. Center of Gravity: The design of stand-up pouches is optimized to distribute the weight of the contents evenly, with the center of gravity positioned towards the bottom of the pouch. This helps prevent tipping or toppling when the pouch is placed on shelves or displays.
  5. Display Orientation: Manufacturers often design stand-up pouches with the intention of displaying them in a vertical orientation, with the press lock zipper located at the top of the pouch. This ensures that the zipper closure remains accessible and easy to use for consumers.
  6. Retail Display Solutions: In retail environments, stand-up pouches with press lock zippers may be displayed using various shelf display systems or racks designed specifically for flexible packaging. These display solutions help showcase the pouches effectively and enhance their visibility to consumers.

Overall, the combination of a press lock zipper closure with a stand-up pouch design that includes features such as a bottom gusset, flat base, and structural integrity enables the pouch to stand upright on shelves or displays. This ensures that the contents remain visible and accessible to consumers while also providing convenience through resealability.

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How does a eva foam cutting machine handle irregularly shaped cardboard pieces?

Posted on by Nicole Hale

An EVA foam cutting machine is specifically designed for cutting EVA foam materials, not cardboard. However, if you’re referring to irregularly shaped EVA foam pieces

Here’s how a typical EVA foam cutting machine might handle them:

  1. CAD/CAM Programming: The process usually starts with designing the desired shapes using computer-aided design (CAD) software. The irregularly shaped pieces are modeled in the CAD software, allowing operators to define the cutting paths and dimensions accurately.
  2. CAM Software: Once the design is complete, the CAD file is imported into computer-aided manufacturing (CAM) software. The CAM software generates toolpaths based on the design specifications, taking into account the irregular shapes and dimensions of the foam pieces.
  3. Material Fixturing: The irregularly shaped foam pieces are securely fixed or positioned on the cutting bed of the EVA foam cutting machine. Depending on the machine’s capabilities, various fixturing methods such as vacuum tables, clamps, or adhesive mats may be used to ensure stability during cutting.
  4. Precision Cutting Mechanism: The EVA foam cutting machine is equipped with a precision cutting mechanism, such as a hot wire, oscillating knife, or laser, capable of accurately following the programmed toolpaths and cutting through the foam material. The cutting mechanism adjusts its movements to accommodate the irregular shapes and contours of the foam pieces.
  5. CNC Control: The cutting process is controlled by a computer numerical control (CNC) system, which precisely coordinates the movements of the cutting tool based on the programmed toolpaths. eva foam cutting machine  The CNC system ensures that the foam pieces are cut with accuracy and repeatability, even when dealing with irregular shapes.
  6. Real-time Monitoring: During cutting, the EVA foam cutting machine may incorporate sensors or feedback mechanisms to monitor cutting parameters such as cutting speed, temperature, and material thickness. This allows for real-time adjustments to ensure accurate cutting and consistent quality.
  7. Post-processing: After the cutting process is complete, the irregularly shaped foam pieces may undergo additional post-processing steps such as trimming or finishing to achieve the desired surface quality and dimensional accuracy.

By utilizing CAD/CAM programming, precision cutting mechanisms, CNC control, and real-time monitoring, an EVA foam cutting machine can effectively handle irregularly shaped foam pieces with accuracy and repeatability. This versatility makes EVA foam cutting machines suitable for a wide range of applications, including packaging, crafts, upholstery, and industrial manufacturing.

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How To Connect Non-Threaded Galvanized Pipes

Posted on by Nicole Hale

Non-threaded pipe couplings are a common type of connection used in plumbing systems. We will discuss how to connect non-threaded galvanized pipes and provide tips on how to choose the right coupling for your specific application.

Using Non-Threaded Pipe Coupling

Non threaded pipe couplings are designed to connect two pipes of different diameters or materials. They consist of a male and female end, which are connected using a nut or bolt.

The male end is inserted into the female end and then secured using a nut or bolt. Once the coupling is securely attached, the pipes can be connected and used for their intended purpose.

Non threaded pipe couplings

Choosing the Right Coupling

When choosing a non-threaded pipe coupling, it is important to consider the following factors:

Diameter: The diameter of the coupling must match the diameter of the pipes being connected.

Material: The material of the coupling must match the material of the pipes being connected.

Thread style: The thread style of the coupling must match the thread style of the pipes being connected.

Pressure rating: The pressure rating of the coupling must be sufficient to handle the pressure of the pipes being connected.

Connecting Non-Threaded Galvanized Pipes

To connect non-threaded galvanized pipes, follow these steps:

Locate the male and female ends of the coupling.

Insert the male end into the female end, making sure it is properly aligned.

Secure the coupling using a nut or bolt.

Tighten the nut or bolt until the coupling is securely attached.

Connect the pipes and test the connection to ensure it is secure and leak-free.

Non threaded pipe couplings

Tips for Choosing the Right Coupling

When choosing a non-threaded pipe coupling, it is important to consider the following tips:

Use a coupling that is designed for the specific application.

Use a coupling that is compatible with the material and diameter of the pipes being connected.

Use a coupling that is rated for the pressure of the pipes being connected.

Use a coupling that is easy to install and maintain.

Conclusion

Non-threaded pipe couplings are a common type of connection used in plumbing systems. They are designed to connect two pipes of different diameters or materials and are commonly used in residential and commercial settings.

When choosing a non-threaded pipe coupling, it is important to consider the diameter, material, thread style, and pressure rating of the coupling. By following the steps outlined in this article, you can connect non-threaded galvanized pipes securely and efficiently.

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Medium-Duty Pneumatic Staple Guns

Posted on by Nicole Hale

Fasco & Spotnails Medium Duty Pneumatic Staple Guns 18 – 19 Gauge

New lightweight and compact tools for fine and medium wire staples. The latest fastening technology is now in your hands.
Same Day Free Shipping for stapler and staples!

Applications

Felt insulation, Drawer guides, Doors and windows, Light packaging, Profiled boards, Trim and molding, Light framing, Cabinetry

Medium-duty pneumatic staple guns are just what you need for a variety of construction and household projects. With their moderate power, these flexible air stapler guns perform light construction and repairs around the home or shop with ease. Our selection of 18-gauge staple guns as well as brad nailers and 3/4-inch crown staple guns work great for flooring, furniture, trim, and molding. Use a 3/4-inch crown staple gun for any general wood-to-wood fastening. Find the right tools here for light framing, windows, cabinets, bedding, and more.

Make no mistake: medium-duty pneumatic staple guns from Staple Headquarters are quality tools and fasteners from known brands that prioritize durability and effectiveness—all at reasonable prices that fit your budget. Shop Staple Headquarters online for all your staple and nail gun needs.