Talc Boosts Coated Paper Quality

🧑‍💼 Customer Background

Company: A paper group in India
Location: Kalimantan, Indonesia
Main Products: Coated paper, white cardboard, thermal paper
Annual Output: ~180,000 tons

A paper group in India is a mid-sized paper manufacturer with a strong export business to Southeast Asia and the Middle East. The team had been seeking a coating solution to enhance smoothness and print adaptability for premium paper applications.


❗ Challenges Faced

The company relied heavily on GCC (ground calcium carbonate) as the primary filler. However, they encountered:

  • Insufficient surface smoothness, limiting print quality

  • Uneven ink absorption, leading to inconsistent client feedback

  • High processing costs due to increased energy use in pulping and coating

Several alternative fillers were trialed, but none struck the right balance between quality and cost.

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🛠️ Xufeng's Solution

Xufeng proposed XT-1011, a coating-grade talc powder optimized for papermaking, with these benefits:

  • Ultra-fine particle size (D90 ~6μm) for better surface coverage

  • High whiteness (≥95%), maintaining brightness and opacity

  • Low oil absorption, improving flow and coating lubrication

  • Excellent dispersion, reducing pulping energy consumption

We recommended replacing 20% of GCC with XF-Talc620 and provided minor formulation tweaks to rebalance additives and binders.

📊 Results After Implementation

After three weeks of production testing, A paper group in India reported strong performance gains:

  • ✅ Surface smoothness improved by ~30%, allowing higher-end print jobs

  • ✅ Coating energy consumption reduced by ~18%

  • ✅ Overall formulation cost dropped by ~9% without affecting optical properties

  • ✅ Customer complaint rate on export shipments decreased by 45%

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Customer Testimonial

“At first, we were hesitant to change the filler, worried it might affect print quality. But Xufeng’s team delivered a well-balanced solution. Surface quality is better, and even our machines are running more smoothly. We’re planning to apply XT-1011 across more product lines.”

OURresults

After three weeks of production testing, A paper group in India reported strong performance gains:

  • ✅ Surface smoothness improved by ~30%, allowing higher-end print jobs

  • ✅ Coating energy consumption reduced by ~18%

  • ✅ Overall formulation cost dropped by ~9% without affecting optical properties

  • ✅ Customer complaint rate on export shipments decreased by 45%

Surface smoothness improved by

30%

Coating energy consumption reduced by

18%

Overall formulation cost dropped by

9%

Decrease in customer complaint rate

45%