High Strength Polypropylene Woven Fabric for Agriculture, Landscaping, and Construction PP Woven Fabric is a durable polypropylene textile manufactured by weaving flat polypropylene tapes into a stable and high-strength fabric structure. The material provides excellent tensile strength, dimensional stability, and resistance to environmental conditions, making it suitable for a wide range of outdoor and industrial applications. This type of woven fabric is widely used as the base material for products such as landscape fabric, weed control fabric, ground cover, silt fence materials, erosion control fabrics, and woven geotextiles. At Plummay, PP woven fabrics are produced using multiple weaving technologies, allowing different mesh densities, edge constructions, and marking systems to meet the technical requirements of agricultural, landscaping, and civil engineering projects. Key Features of PP Woven Fabric

High Tensile Strength

The woven polypropylene tape structure provides strong resistance to tearing and stretching, ensuring reliable performance in demanding outdoor environments.

Excellent Outdoor Durability

Polypropylene offers strong resistance to moisture, soil chemicals, and biological degradation, making the fabric suitable for long-term outdoor use.

UV Stabilization

UV stabilizers can be incorporated into the material to protect the fabric against long-term sunlight exposure and extend its service life.

Water Permeability

The woven structure allows water and air to pass through the fabric while maintaining soil stability, which is essential for landscaping and erosion control applications.

Flexible Manufacturing Options

PP woven fabrics can be produced with different mesh densities, weaving patterns, edge constructions, and marker line systems to suit specific project requirements. Manufacturing Technologies The weaving technology used during production has a significant impact on the structural characteristics and performance of the fabric. Plummay manufactures PP woven fabrics using three main weaving systems. Water-Jet Loom Water-jet looms are widely used for producing standard woven polypropylene fabrics with balanced strength and cost efficiency. Typical mesh structures include: 8x8, 10x10, 12x12, 10x12, 10x16 These fabrics are commonly used in agriculture and landscaping applications such as weed control fabrics and ground covers. Water-jet looms also allow the integration of woven longitudinal marker lines during the weaving process. Circular Loom Circular looms are commonly used to produce tubular woven structures and certain industrial woven fabrics. This technology provides high production efficiency and stable fabric quality for standard woven materials used in basic agricultural or construction applications. Circular loom fabrics are typically used where cost efficiency and consistent performance are required. Sulzer Rapier Loom Sulzer rapier looms are used to produce high-precision and high-density woven fabrics. This technology allows the production of structures that cannot be manufactured using standard looms. Sulzer looms are required for producing:

• High-density mesh structures such as 10x20 and 12x24
• Twill weaving patterns
• Square grid marker systems
• Reinforced fabric edges

Due to the more complex weaving process and lower production speed, fabrics produced with Sulzer looms generally belong to a higher-performance category. Mesh Structures and Weaving Patterns Different mesh densities and weaving structures can be selected depending on the application.

Standard Plain Weave

The most commonly used structure for agricultural and landscaping applications. Typical mesh options include: 8x8, 10x10, 12x12, 10x12, 10x16 These fabrics are widely used for weed control fabrics and ground cover systems.

High Density Plain Weave

Higher density meshes provide stronger reinforcement and improved durability. Examples include:

• 10 × 20
• 12 × 24

These fabrics are typically produced using Sulzer looms.

Twill Weave

Twill weaving increases tear resistance and improves structural durability. This structure is often used in applications such as erosion control fabrics and woven geotextiles. Integrated Marker Line Systems Marker lines are commonly used in agricultural ground covers and nursery fabrics to guide plant spacing and installation alignment. In Plummay fabrics, these lines are woven directly into the fabric structure during the weaving process, rather than printed on the surface. This method offers several advantages:

• Marking lines do not fade or wear off
• Long-term visibility in outdoor environments
• Greater durability during installation

Available configurations include:

• Longitudinal planting guide lines
• Regular spacing marker lines
• Square grid marker systems

Grid marker systems require Sulzer loom production due to the complexity of the weaving process. Edge Finishing Options Edge construction influences fabric durability and resistance to tearing during installation. Standard Edges Standard edges are typically produced using water-jet looms or circular looms. These edges are suitable for most agricultural and landscaping applications where installation stress is moderate. Reinforced Edges Reinforced edges include additional woven strengthening along both sides of the fabric. These edges are produced using Sulzer looms, which allow additional structural reinforcement during the weaving process. Reinforced edges provide:

• Higher tear resistance
• Improved durability during installation
• Better long-term performance in demanding environments

They are commonly used in nursery ground covers, erosion control fabrics, and construction applications. g to project requirements.