The Ball Permeability Tester is an industrial-grade apparatus engineered to evaluate the waterproofness, seal integrity, and water absorption rates of athletic balls. Ideal for standard soccer balls, mini-footballs, and beach volleyballs, this testing machine utilizes a specialized submersion mechanism to replicate real-world wet pitch conditions and high-stress game dynamics.
Featuring a 300mm diameter bucket and an optimized 160mm press plate, the system delivers a programmable squeezing frequency of 1 to 60 times per minute. It is an essential quality control setup for ball manufacturers and certification laboratories to verify structural compliance and dynamic performance retention when exposed to moisture.
Technical Specifications：
1. Bucket diameter: 300mm
2. Press plate diameter: 160mm
3. Squeezing frequency: 1-60 times/min
4. Dimensions: 610 490 870mm
5. Power supply: 220V, 1KW
FAQs:
Q1: What is the core testing logic of the Soccer Ball Permeability Tester during standard operations?
A: The machine functions by submerging the specimen into a water-filled bucket and executing automated, repetitive mechanical deformations via the press plate. This cyclic pumping action tests whether water can penetrate the seams, outer casing, or valves under simulated playing pressures.
Q2: How does the system adapt its compression logic for a standard football versus a beach soccer ball?
A: To ensure realistic testing boundaries, the press plate is programmed to compress standard soccer or mini soccer balls by 25% of their diameter, whereas beach soccer variants are compressed by 10% of their diameter, matching their unique structural elasticity and flotation specifications.
Q3: Why is the adjustable squeezing frequency critical to the leakage evaluation workflow?
A: By regulating the rate between 1 to 60 times/min, technicians can simulate different match intensities. This variable frequency logic measures dynamic capillary water absorption over time, allowing precise tracking of seam wear and material degradation.
