When it comes to netting used in batting cage nets, baseball netting, golf cage netting, and a wide range of industrial applications, two primary construction methods dominate the industry: knotted netting and knotless netting. Although both styles serve similar purposes, they are manufactured in very different ways and offer distinct performance characteristics.
This guide breaks down how each type is made and what makes them unique, helping you better understand the materials behind the sports and industrial netting products you use every day.
What Is knotted netting?
Knotted netting is created by twisting or braiding twine and then feeding that twine into a loom that ties it into netting. Both twisted twines and braided twines offer characteristics in netting that are useful across many industries such as sports, commercial fishing, and industrial applications.
How knotted netting is made
- Twine is twisted or braided, depending on the desired strength and abrasion resistance.
- The twine is loaded onto a loom that forms the net by tying knots at each intersection.
- Materials like nylon and polyethylene are commonly used because they can be heat‑set to lock knots securely.
Characteristics of knotted netting
- Strong and stable due to the knot structure
- Twisted twine offers a cost‑effective option
- Braided twine provides enhanced abrasion resistance
- Mesh size and depth are limited by the loom’s twine and mesh capabilities
Having a knowledgeable net person in your corner that knows these differences inside and out, is paramount in getting you into the right materials for your needs.
What Is knotless netting?
Knotless netting is made by loading raw strands of fiber onto huge take-up spools, and then get loaded onto the loom. Fibers are then pulled off those spools directly into the loom and stitched into netting. Each bar of the netting is stitched separately, then joined together within the loom where a knot would be in knotted netting, thus creating the desired opening size, or “mesh size”, creating a smooth, uniform mesh.
How knotless netting is made
- Raw fibers are loaded onto large spools.
- Fibers feed directly into the loom, where each bar is stitched separately.
- The intersections are joined through stitching rather than knots, forming the mesh opening.
Characteristics of knotless netting
- Available in Nylon, Polyester, MFP (Multi‑Filament Polypropylene), and HMWPE (High Molecular Weight Polyethylene)
- Consistent mesh sizes due to the precision stitching process
- Reduced drag and abrasion because there are no knots
- Can be produced in a wider range of mesh sizes and depths than knotted netting
Knowing how mentioned fibers perform when made into knotless netting is an important step in netting longevity and cost.
Why these differences matter
Understanding how knotted and knotless netting are constructed helps explain why certain materials are used for specific sports and industrial products. Each method offers unique benefits:
- Knotted netting provides rugged strength and is ideal for high‑impact environments like baseball and softball training.
- Knotless netting offers smooth, consistent performance and is often preferred for golf, indoor sports, and applications requiring reduced abrasion.
Both styles play an important role in the netting industry, and each is selected based on the performance requirements of the final product.
Expertise you can trust
At LFS Sports & Industrial Netting, our team brings over 150 years of combined experience in netting materials, manufacturing, and fabrication. Our background in commercial fishing and industrial netting gives us a deep understanding of how different fibers and constructions perform in real‑world conditions.
Whether you’re using batting cage nets, baseball field netting, golf cage netting, or need custom industrial installation, our products are built on generations of knowledge and craftsmanship.
Looking for expert advice?
Get in touch with us about your project and see how we can help. Baseball, softball, football, golf—we've got you covered!
