Draw Tape Handle Shopping Bag

Yes. We support global export of all accessories and spare parts. With extensive experience shipping to over 80 countries, we ensure efficient logistics to get the required parts to your production line promptly.

Replacement intervals depend on usage, but items like Teflon/Silicon belts or punching blades are typical consumables. We provide maintenance guidelines and these genuine parts are readily available for quick replacement to minimize downtime.

We use high-grade materials: high-temperature resistant Teflon for sealing belts, durable engineering plastics for reels, and precision-hardened steel for punching tools to ensure durability and consistent performance.

Absolutely. Our accessories, from punching units to film width controllers, are precision-engineered to match our machinery models, guaranteeing seamless integration and maintaining original equipment specifications.

Yes. Using our genuine accessories like Teflon belts and silicone belts ensures perfect fit, optimal performance, and long-term reliability for your zipper bag production line, protecting your investment.

Zippers are typically attached to non-woven fabric using ultrasonic welding or heat sealing, creating a strong, clean bond without the need for stitches or glue.

Many non-woven fabrics are washable, enhancing their reusability. The zipper closure also allows the bag to be sealed to keep contents clean.

Yes. They are ideal for high-quality silk-screen or digital printing, allowing for full-color, detailed brand logos and graphics for marketing purposes.

Non-woven fabric is durable, reusable, breathable, and offers excellent printability, making it a popular sustainable alternative to single-use plastic bags.

They are widely used as reusable shopping bags, promotional gift bags, packaging for clothing and shoes, and eco-friendly retail carry bags.

Yes. The handle is designed and reinforced (e.g., with patches or welding) to carry substantial weight, making it suitable for books, shoes, or multiple items.

They are made from thicker-gauge PE, PP, or laminated films for durability. Non-woven fabric is also a popular, eco-friendly material choice.

Benefits include easy carrying, secure zipper closure to protect contents, and a sophisticated appearance that enhances product value and brand image.

They are used for premium apparel, electronics, gifts, cosmetics, and high-end retail packaging where presentation and reusability are valued.

It's a premium bag featuring a punched or welded carry handle integrated with a zipper seal, combining convenience, security, and a upscale look.

In dedicated production lines, the zipper profile is extruded and heat-sealed to the film inline. Standalone machines can also attach pre-made zipper tape.

Bags made from a single material (like pure PE or PP) are more readily recyclable in dedicated streams, supporting sustainability goals.

Absolutely. Both PE and PP films accept high-quality flexographic or gravure printing, allowing for vibrant custom branding and product information.

PE bags (LDPE) are softer and more flexible, while PP bags are crisper, offer higher clarity, and have better moisture barrier properties.

They are excellent for packaging dry foods, stationery, small hardware, and non-food items where a reliable, resealable closure is needed.

They are often made from clear or printed LDPE film, providing good visibility of the product and sufficient strength for baked goods or produce.

Yes. Wicket bag makers are designed for continuous, high-speed production and automatic collection, making them perfect for high-volume items like bread bags.

The bag making machine automatically stacks finished bags and inserts a metal or plastic wicket through the holes, forming a neat, portable bundle.

They allow for quick, one-at-a-time dispensing at the point of sale (like bakeries or supermarkets), improving efficiency and customer service.

A wicket bag is a bag with pre-punched holes, collected on a "wicket" or rod. Used for bread, fruits, frozen foods, and hardware for easy dispensing.

Yes. Their consistent structure and easy-open mouth make them well-suited for automated filling and closing processes in various industries.

They are commonly made from HDPE or LDPE, chosen for their strength, flexibility, and cost-effectiveness for disposable or reusable carry bags.

Yes. A common variant is the "patch handle" bag, where a reinforcing patch is applied at the draw tape area to prevent tearing under heavy weight.

The draw tape allows the bag to be securely cinched closed and provides built-in handles for easy carrying, even for heavier loads.

They are ideal for supermarket shopping, produce packaging, garbage collection, and industrial liners, where a secure, drawstring closure is needed.

They are typically made from soft, flexible LDPE film, which provides good tear resistance and a protective barrier for the hygiene products inside.

Yes. They can be adjusted to produce various sizes, accommodating different diaper counts (e.g., packs of 10, 20, or 30) from baby to adult sizes.

Diaper manufacturing runs at very high speeds, requiring equally fast and reliable packaging lines to match the primary production without causing delays.

Diaper bags often feature a die-cut handle (Euro-style handle), a hanging hole for retail display, and high-speed production capability.

 It's designed to efficiently produce the soft plastic packaging bags used for baby diapers, adult incontinence products, and sanitary napkins.

They offer a premium, functional unboxing experience. High clarity and quality printing on zipper bags directly boost product appeal and brand perception.

While standard bags are for dry goods, specially designed and laminated zipper bags can be used for liquid products like shampoos or sauces.

Yes. Their static-shielding and moisture-barrier properties (with specific films) make them ideal for packaging sensitive electronic components and PCBs.

They offer excellent resealability to maintain food freshness, prevent moisture, and extend shelf life, which is crucial for snacks, coffee, and pet food.

Yes. The packing line's speed is synchronized with the upstream bag-making machine to ensure smooth, uninterrupted material flow without bottlenecks.

By automating sorting and packing, it creates uniform, secure packages ready for palletizing and shipping, streamlining warehouse and logistics operations.

The line supports various styles like automatic boxing into cartons or automatic bundling into packs using film or strapping, based on customer needs.

Yes. It is designed for inline connection with the zipper bag making machine, creating a seamless flow from finished bags to packed cartons.

It automates the post-making stages, handling finished zipper bags through automatic counting, stacking, boxing, or bundling for final shipment.

Yes. We can customize the line for different casing diameters, thicknesses, and colors based on specific client requirements and product applications.

The line is designed for stable, continuous extrusion with output speeds tailored to meet the high-volume demands of industrial meat processors.

It employs precise extrusion dies and sizing/cooling systems to ensure strict control over casing diameter and wall thickness uniformity.

The line primarily processes food-grade LDPE to produce strong, flexible, and uniform tubular casings suitable for various sausages.

It manufactures continuous tubular plastic film, primarily used as artificial sausage casings for the meat processing and food packaging industry.

Daily output depends on configuration, but our high-speed lines can significantly increase output by 30-40% compared to standalone machines, offering high-volume production capacity.

The fully automated line can replace 3-4 manual operators, saving approximately 70% of labor costs in the bag manufacturing and primary packaging stages.

Absolutely. We can customize the line configuration, including the printing colors and packing method, based on specific bag types, materials, and output requirements.

The key advantage is seamless integration and synchronized control of all sections, ensuring high stability, maximum efficiency, and consistent bag quality.

It's a complete line integrating film blowing (optional), printing, bag making, and automatic packing, achieving turnkey production of zipper-seal bags from raw material to finished packs.

It automatically bundles stacked bags into packs using strapping or film, creating neat, ready-for-shipment units that enhance final packaging speed and appearance.

Yes. Our automatic boxing machine automatically collects, arranges, and boxes finished bags, achieving unmanned end-of-line packaging and improving efficiency.

A slitting machine cuts wide film or laminate rolls into multiple narrow rolls of required widths, providing precise material for subsequent printing or bag-making.

Yes. Our side gusset machines can be integrated inline to automatically create side or bottom gussets, enhancing bag capacity and forming 3D bag structures.

It automatically aligns, counts, and stacks finished zipper bags, preparing them for boxing or bundling, which streamlines packaging and reduces manual labor.

Yes. We offer custom printing solutions, including color configuration and drying system adjustments, to meet specific customer packaging and production requirements.

It features a PLC touchscreen control system for precise registration, automatic tension control, and easy operation, ensuring stable, high-quality printing.

They are suitable for PP, PE, and other plastic films, ensuring excellent ink adhesion and print clarity for flexible packaging.

We offer printing machines supporting 2 to 6 colors, providing vibrant, accurate printing for brand logos and complex patterns on various films.

Yes. It features automatic counting, stacking, and optional bundling modules, significantly reducing labor in the post-production process.

Bag size changes take approximately 20 minutes via touchscreen parameter presets, enabling quick switches for multi-specification, small-batch production

Yes. It accommodates various zipper profiles and materials like PE, PP, and composite films, offering flexibility for diverse packaging requirements.

High-speed models achieve stable outputs up to 220 bags/minute, ensuring efficient production for various bag sizes and materials.

It produces various zipper bags, including press-lock and slider bags, for food, daily chemicals, and electronics packaging, with high-speed, stable operation.