Gold-panning Grass Mat

The specialized Gold-panning Grass Mat produced by Juntai Packaging (also known as gold-adhesion mats, gold-absorption mats, or gold-enrichment mats) is specifically designed for alluvial gold recovery, tailings reprocessing, and laboratory enrichment. Utilizing high-density PE fibers and an electret treatment process, it strikes an optimal balance between gold-capturing efficiency and service life, making it compatible with a wide range of gold-panning equipment.

- Ultra-High Gold Recovery Rate: Captures ultra-fine gold particles as small as 0.005 mm, with a stable recovery rate of 98%+.

-Extra-Thick Ultra-Durable: Features PE grass fibers combined with a double-layer backing—resists deformation and delamination even after repeated washing.

- Easy to Lay, Easy to Recycle: Cut to fit and install instantly; simply rinse with water to remove sediment—significantly reducing gold recovery costs.

Specifications and Details

Product Name: Gold Recovery Mat / Gold-Trapping Mat / Gold-Catching Grass

Core Materials: High-Density Polyethylene (PE) Grass Fibers + Styrene-Butadiene Latex Backing + Double-Layer Mesh Base Cloth

Standard Size: 1m × 15m/roll (Custom widths and lengths available)

Pile Height: 24mm (Basic) / 26mm (General) / 30mm (Reinforced)

Turf Density: Three-Dimensional High-Density Structure

Core Performance: Anti-static electret treatment, acid and alkali resistance, resistance to water flow scouring, and washable for repeated use.

Color: Mining Green (Anti-aging, Sun-resistant)

Packaging Method: Roll-packed + Waterproof Film Wrapping

Why Choose Our Gold Recovery Mats?

1. High-Efficiency Gold Recovery

Micron-Level Interception—No Loss of Fine Gold. Utilizing an anti-static electret treatment combined with high-density, three-dimensional synthetic fibers, this system creates a micron-scale protective mesh.

It not only firmly locks in coarse gold particles but also precisely captures ultra-fine gold grains as small as 0.005 mm, effectively eliminating the persistent problem of fine gold escaping recovery. Field tests demonstrate a recovery rate improvement of over 30% compared to standard gold-recovery mats.

2. Exceptional Durability

Resistant to scouring and aging, allowing for repeated use that saves costs.

Highly Abrasion-Resistant PE Fibers: Tested through 45,000 cycles of simulated scouring without shedding or damage.

Double-Layer Reinforced Backing: Features a peel strength of >8 N/3 cm, offering resistance to tearing and delamination, as well as corrosion resistance against mineral slurries.

Mining-Grade Anti-Aging: Impervious to sun and rain, it can be reused for 1–3 years under normal operating conditions—far superior to the single-use cost of felt or standard fabrics.

3. Universal Compatibility

Versatile across multiple scenarios, with effortless installation.

Equipment Compatibility: Fully compatible with manual sluices, gold dredges, vibrating screens, tailings recovery machines, and laboratory sampling devices.

Easy Installation: Can be freely cut to fit specific equipment dimensions; simply secure the edges using clips or adhesive to complete the installation—making it quick and easy even for beginners.

Environmental Adaptability: Ensures worry-free operation across diverse settings—including river channels, riverbanks, mining sites, workshops, and laboratories—while offering water and moisture resistance without contaminating water sources.

4. Flexible Customization

Tailored on demand to precisely match your requirements.

We support customization of the Gold-panning Grass Mat's pile height, density, width, and length; specifications can be adjusted based on the client's gold-panning equipment model, gold particle size, and slurry flow rate.

Additionally, equipment logos or product parameters can be imprinted upon request, catering to both bulk purchasing and personalized customization requirements.

How do Gold-panning Grass Mat efficiently capture gold?

1. Laying: Precisely lay the cut gold-recovery mat flat along the bottom of the sluice box, and secure the edges to prevent displacement.

2. Rinsing: The gold-bearing slurry is rinsed by a stream of water and flows uniformly across the surface of the grass mat at a steady velocity.

3. Interception: Heavier gold particles settle into the gaps between the grass fibers, where they are firmly secured through the dual mechanisms of electret electrostatic adsorption and entanglement with the fibers; meanwhile, lighter impurities—such as silt and gravel—are smoothly flushed away by the water flow.

4. Gold Recovery: Remove the gold mat, rinse it with clean water, and give it a gentle shake to separate the gold sands; the mat can be reused after drying.

Application Scenarios Module

1. Placer Gold Mining: Manual panning in river channels and on riverbanks, and small-scale sluice box operations—boosting the yield per extraction at a low cost.

2. Mechanized Gold Panning: Utilizing large-scale gold dredges and mobile gold recovery vehicles to ensure the stable recovery of both coarse and fine gold particles.

3. Tailings Reprocessing: Secondary treatment of beneficiation plant tailings to recover residual gold and enhance the overall recovery rate.

4. Laboratory/Exploration: Gold ore sampling and gold grain enrichment tests—precisely enriching trace gold grains to facilitate detection and analysis.