close
Choose Your Site
Global
Social Media
Overview
The 60×100 cm PP Woven Bag for Corn Agriculture is a practical, high-performance packaging solution designed for collecting, packing, transporting, and storing corn and other dry agricultural products. Made from woven polypropylene (PP), this bag is valued for its balance of strength, light weight, cost-efficiency, and adaptability to different farming and logistics conditions.
In corn supply chains, packaging must withstand repetitive handling—filling, stitching or tying, stacking, truck loading, and unloading—often in dusty environments or under changing weather. The 60×100 cm size is widely used because it provides a convenient footprint for manual handling while offering enough volume for common agricultural weight targets (often 25–50 kg, depending on product density and filling method). For higher moisture resistance, outdoor exposure, or improved branding, the bag can be upgraded with lamination, PE liner, UV stabilization, and custom printing.
 |  |  |
Although a PP woven bag looks simple, its performance depends on several structural choices. A well-designed 60×100 bag for corn typically includes the following elements:
Standard size: 60×100 cm (width × length)
Optional gusset (side fold): increases volume and improves stacking stability
Hemmed top / reinforced mouth: reduces fraying and improves sealing strength
Reinforced bottom seam: helps prevent burst or seam failure during lifting and stacking
Because corn can be packed as kernels or, in some regions, partially dried corn products, the optimal bag structure can be adjusted based on the target weight and handling method.
Material: PP woven fabric (new/virgin PP available upon request)
Weave density: typically selected to balance strength and airflow
A tighter weave improves strength and reduces leakage of fines
A more open weave improves ventilation (useful for some agricultural products, depending on moisture strategy)
Denier / tape strength: can be increased to improve tensile strength and puncture resistance
GSM (fabric weight): configurable; higher GSM generally increases durability for rough handling and long-distance transport
For corn kernels, many buyers prefer a fabric that is strong enough for stacking but not excessively heavy, so the bag remains economical and easy to handle.
The top design is chosen based on filling speed, sealing preference, and anti-spillage needs:
Heat-cut top: efficient production; suitable for large-volume orders
Cold-cut top: clean cut appearance; often used for retail-like presentation
Folded and sewn hem: stronger top edge; less fraying and better for repeated tying
Drawstring / string tie (optional): helps close the bag quickly and reduces spillage during transit
For bulk corn distribution, folded-and-sewn or drawstring tops are often selected for better closure reliability.
The bottom must withstand high stress when the bag is dropped or stacked:
Single fold with single/double stitching: common and cost-effective
Double fold / reinforced seam: recommended for heavier loads or rough handling
Leak-proof tape / binding (optional): improves seam integrity and reduces leakage of smaller particles
Corn logistics often encounter humidity, rain exposure during loading, or condensation in transport. Protection options include:
Lamination (PP coating): improves water resistance, reduces dust penetration, and enhances print clarity
PE inner liner: provides additional moisture barrier, especially valuable in wet seasons or coastal climates
UV stabilization: slows material aging and strength loss under sunlight for outdoor storage scenarios
The best configuration depends on local climate and storage duration. For example, short-term movement from farm to processing facility may use non-laminated bags, while export or long outdoor staging benefits from UV and lamination.
PP woven fabric delivers excellent tensile strength while keeping the bag lightweight. This makes the 60×100 bag easy to handle manually and economical for large-scale agricultural operations.
From filling and stitching to stacking and transport vibration, the bag is engineered to resist seam tearing, puncture, and abrasion—especially when paired with proper GSM and seam reinforcement.
The same 60×100 base size can be adapted with:
gussets for extra volume,
lamination or liners for moisture control,
different sewing patterns for heavier loads,
drawstrings for faster closure.
The bag can be printed with:
product name (Corn / Maize),
grade or variety,
weight mark,
farm/cooperative name,
batch codes, QR codes, or handling instructions.
PP woven bags are widely recycled in many regions. They provide a competitive cost per use, especially when designed for stable stacking and reduced product loss.
The 60×100 PP woven bag is commonly used for:
Corn kernels (maize grain): farm collection, cooperative aggregation, milling supply
Other grains and agricultural products: wheat, rice, sorghum, beans, feed ingredients
Short- and medium-term storage: warehouse or covered yard storage
Domestic and cross-border transport: trucks, pallets, and containerized shipments
For corn, correct packaging selection should also consider moisture content and ventilation needs. If corn is adequately dried, a laminated bag may be preferred for weather protection. If ventilation is prioritized, a non-laminated bag may be selected, depending on the overall drying and storage plan.
Do not overload the bag.
Actual safe load depends on fabric GSM, weave density, and seam construction. Many agricultural uses fall in the 25–50 kg range, but the bag should be engineered to your target weight.
Avoid dragging on rough surfaces.
Dragging increases abrasion and can damage the fabric and seams. Use lifting by hand, hooks designed for woven bags (with care), or pallet-based movement.
Keep away from sharp edges.
Broken pallets, sharp metal corners, or protruding nails can puncture the bag and cause product loss.
Stack evenly and within safe limits.
Uneven stacking concentrates stress on seams and corners. Use stable pallet patterns where possible.
Use UV protection for outdoor exposure.
If bags will sit under sunlight for extended periods, UV-treated fabric helps maintain strength and reduces brittleness.
Use lamination or inner liners for wet conditions.
Rain exposure during loading, high humidity, or long-distance shipping can justify a moisture barrier to reduce caking, mold risk, or label damage.
Q1: How much corn can a 60×100 cm PP woven bag hold?
A: Capacity depends on the corn form (kernels vs. other), density, and filling level. In many agricultural markets, 60×100 cm is commonly used for 25–50 kg targets. If you provide a target weight, the bag’s GSM and sewing pattern can be matched accordingly.
Q2: Should I choose laminated or non-laminated fabric for corn?
A:
Choose laminated if you want better moisture resistance, less dust ingress, and clearer printing.
Choose non-laminated if ventilation is preferred and moisture management is handled through drying and storage practices.
Q3: Can you add a PE liner?
A: Yes. A PE liner is recommended for higher humidity environments, rain-prone loading areas, or when the product requires added moisture protection.
Q4: What printing options are available?
A: Typically 1–multiple color printing on one or both sides. Common printed content includes brand name, “Corn/Maize,” weight marks, origin, warnings, and traceability codes.
Q5: What top closures are best for farm use?
A: Folded-and-sewn tops reduce fraying and improve tie strength. Drawstring tops provide fast closure and help prevent spillage during transport.
Q6: Can the bag be customized beyond 60×100 cm?
A: Yes. Width, length, gusset size, fabric weight (GSM), lamination, liner, UV treatment, and packaging method can all be customized to match your corn handling process.
