Mining industry background

#55 Steel Rusts in
2–3 Days

FerroMax® Anti-rust Screens: Engineered for extreme mining conditions to eliminate frequent replacements and costly shutdowns.

The #55 Steel Corrosion Problem

Low-carbon steel screens fail rapidly in mining environments, creating operational and financial burdens.

#55 low-carbon steel screens develop red rust within 48–72 hours, creating a cascade of operational issues and financial losses for mining operations.

On-site feedback

"We were forced to shut down the machine twice a month to replace the screens. The labor cost for screen replacement alone was ≥$2,800/month."

Monthly shutdowns required twice for screen replacement
Labor costs for replacements exceeding $2,800 monthly
Rapid degradation affecting sorting efficiency and safety
Corroded #55 steel screen

Critical Test Results & Impacts

The true cost of #55 steel corrosion extends far beyond replacement parts.

Corrosion Test Results

For #55 steel of the same specification in an environment with 40°C, 75% RH, and Cl⁻-containing dust:

0.65 mm
Annual corrosion rate
1.5 years
Lifespan of 8mm thick plate
35%
Porosity of rust layer

Consequences of corrosion

Efficiency loss

If the mesh aperture is enlarged by 20%, the screening efficiency will suddenly drop by 30%.

Structural risks

Corrosion pits combined with vibration reduce fatigue limits by 60%, leading to a 15% annual risk of sudden fracture.

Financial impact

Each downtime loss is ≥$7,000, with an annual hidden cost exceeding $140,000.

Mining scene background

FerroMax® Anti-Rust Screen

Engineered for Extreme Mining Environments to Eliminate Corrosion Issues

FerroMax® Anti-rust Screen

REVOLUTIONARY ANTI-RUST TECHNOLOGY

FerroMax® screens outperform conventional #55 steel in all critical performance metrics, delivering exceptional durability in harsh mining environments.

PERFORMANCE COMPARISON

PERFORMANCE METRIC GRADE #55 STEEL FERROMAX® SERIES
Indoor storage anti-rust period 10–15 days ≥ 365 days
Actual anti-rust period in mines 5–10 days 3–6 months
Annual corrosion rate 0.39–0.65 mm ≤ 0.05 mm
Fatigue life 1.2×10⁶ cycles ≥ 4.5×10⁶ cycles
Annual replacement frequency 12–24 times 4–6 times

CLIENT TESTIMONIAL

"Since implementing FerroMax® screens, our downtime has decreased by 75%, saving us over $200,000 annually."

— Project Manager, Australian Iron Ore Operation

✓ EXTENDED LIFESPAN
✓ REDUCED DOWNTIME
✓ LOWER MAINTENANCE COSTS
✓ INCREASED PRODUCTIVITY

HOW FERROMAX® ACHIEVES LONG-TERM RUST-FREE OPERATION

Our proprietary technology combines advanced materials science with innovative engineering.

TRIPLE ALLOY PROTECTION LAYER

Zn-Al-Mg rare earth alloy coating + nano-sealing film + passivation and sealing, with porosity < 3% and 90% reduction in Cl⁻ permeability.

HIGH-MANGANESE SPRING STEEL SUBSTRATE

65Mn, quenched & twice isothermal-drawn, achieving a tensile strength of 1600–1800 MPa. The coating forms a metallurgical bond with the substrate, resisting impact and preventing peeling.

REINFORCED WEAVING AT NODES

Patented "double-lock" weaving nodes reduce the stress concentration factor from 3.0 to 1.4, lowering the probability of fatigue crack initiation by 60%.

THIRD-PARTY VALIDATION

FerroMax® has passed rigorous 1000-hour salt spray testing, confirming its superior corrosion resistance. The unique combination of materials and manufacturing processes delivers 275% longer fatigue life compared to #55 steel.

"FerroMax® screens demonstrated exceptional performance in our accelerated corrosion testing, outperforming all conventional alternatives."

— Independent Materials Testing Laboratory

#55 Steel (After 30 Days)

Corroded #55 steel after 30 days

FerroMax® (After 30 Days)

FerroMax screen after 30 days

ECONOMIC BENEFITS

Saving $25,000 per year per screening machine

COST SAVINGS BREAKDOWN

The economic benefits of FerroMax® extend beyond reduced replacement frequency, impacting multiple cost centers in your operation.

PRODUCTION LINE SAVINGS

An entire production line with 8 machines can save approximately $200,000 annually

(Data from a cobblestone quarry project in China)

Reduced procurement costs through fewer replacements
Lower labor expenses for maintenance and replacements
Minimized production losses from unplanned shutdowns
Improved sorting efficiency maintaining product quality

ANNUAL SAVINGS PER UNIT

ITEM MONTHLY REPLACEMENT BI-MONTHLY REPLACEMENT ANNUAL SAVINGS
Screen usage 12 pieces 6 pieces 72 pieces
Price per piece $110–$170 $110–$170
Screen procurement cost $1,320–$2,040 $660–$1,020 $660–$1,020
Replacement labor cost 12 × $550 = $6,600 6 × $550 = $3,300 $3,300
Shutdown loss 12 × $3,500 = $42,000 6 × $3,500 = $21,000 $21,000
TOTAL ANNUAL SAVINGS $24,960–$25,320
RETURN ON INVESTMENT
85%

Average ROI period: 1.2 months

CHOOSE FERROMAX® = CHOOSE HIGHER EFFICIENCY AND LOWER COSTS

NEXT STEPS

Experience the FerroMax® difference with our no-risk trial program

FREE SAMPLES

A 1m×2m FerroMax®-AR40 (40mm square holes, 8mm wire diameter) will be delivered this week for on-site testing.

  • Industry-standard dimensions
  • Free shipping and delivery
  • No obligation to purchase

ON-SITE INSPECTION

Our engineers can bring handheld corrosion thickness gauges to record rust differences at 7, 30, and 90 days.

  • Professional measurement equipment
  • Scheduled follow-up evaluations
  • Detailed performance reports

INVENTORY PLAN

If the trial is successful, an annual framework agreement can be signed, with 5% safety stock reserved to ensure delivery within 48 hours.

  • Guaranteed quick delivery
  • Safety stock for emergencies
  • Flexible pricing agreement

LEAVE FREQUENT REPLACEMENTS AND SUDDEN SHUTDOWNS IN THE PAST

Take the first step toward eliminating corrosion-related issues and saving thousands annually. Request your free FerroMax® sample today.

REQUEST FREE SAMPLE