gypsum grinding mill for plastic filler in Myanmar 3-5 tph

gypsum grinding mill for plastic filler in Myanmar 3-5 tph

Introduction

In recent years, Myanmar has experienced substantial growth in various industrial sectors, including construction, manufacturing, and plastics. One of the rising applications for gypsum in this region is as a plastic filler. High-quality gypsum powder serves as a cost-effective additive that enhances the mechanical properties, whiteness, and heat resistance of plastic materials. To achieve this, a highly efficient and precise grinding process is essential. Shanghai Zenith Machinery Co., Ltd., a leading manufacturer of grinding equipment in China, offers specialized solutions for producing fine and consistent gypsum powders ideal for the plastic filler industry. This article explores the application of a gypsum grinding mill in the Myanmar market, focusing on the 3–5 TPH production scale.

Gypsum as a Plastic Filler: Market and Technical Significance

Gypsum, or calcium sulfate dihydrate (CaSO₄·2H₂O), is a versatile material widely used in construction, agriculture, and plastics. In plastic filler applications, finely ground gypsum improves the final product by increasing rigidity, dimensional stability, and fire resistance while reducing production costs. The quality of gypsum filler largely depends on particle size distribution and purity, which are directly influenced by the grinding process.

In Myanmar, the rising demand for low-cost yet high-performance plastic additives is driving the need for efficient gypsum grinding systems. Establishing a 3–5 TPH gypsum grinding plant provides a commercially viable solution for local producers aiming to serve both domestic and export markets.

Project Overview: 3–5 TPH Gypsum Grinding for Plastic Filler in Myanmar

A typical gypsum grinding plant designed for plastic filler production in Myanmar consists of the following key sections:

  • Raw gypsum feeding system
  • Grinding and classification equipment
  • Powder collection and conveying system
  • Electrical control and dust collection unit

The target is to achieve a stable production capacity of 3–5 tons per hour, producing a finished product with fineness between 325 and 1200 mesh, depending on the specific filler application. For such requirements, Shanghai Zenith Machinery’s MTW Trapezium Grinding Mill and XZM Ultrafine Grinding Mill are both excellent candidates.

Case Study: Selecting the Right Mill for Myanmar’s Gypsum Filler Production

Choosing the proper grinding equipment involves balancing productivity, particle fineness, and operating cost. Below is a technical comparison of two Zenith models well-suited for this scale.

1. Recommended Equipment: MTW Trapezium Grinding Mill

The MTW Trapezium Grinding Mill from Shanghai Zenith Machinery is engineered for high-efficiency processing of non-metallic minerals like gypsum. It employs advanced European technology, featuring a bevel gear drive, internal thin oil lubrication system, and curved blade design. For a 3–5 TPH gypsum grinding operation, the models MTW110 and MTW110Z are particularly suitable, offering consistent output and fine powder quality.

Model Max. Feed Size (mm) Final Size (mm) Capacity (t/h) Main Motor (kW) Fan Motor (kW)
MTW110 <30 1.6–0.045 3–9 55 55
MTW110Z <30 1.6–0.045 3–10 55 55

The MTW Trapezium Mill’s outstanding performance comes from its optimized airflow and efficient dust filtering, which are vital for maintaining environmental compliance in Myanmar’s evolving industrial standards. Additionally, its modular design allows easy installation and maintenance, even in remote areas.

MTW Trapezium Grinding Mill in gypsum production line

2. Recommended Equipment: XZM Ultrafine Grinding Mill

For customers demanding higher fineness (up to 2500 mesh) and uniform particle distribution suitable for high-performance plastic fillers, the XZM Ultrafine Grinding Mill offers a superior alternative. Its innovative multi-head classifier ensures precise control of powder fineness while maximizing production efficiency.

Model Working Diameter (mm) Max Feed Size (mm) Final Size (mesh) Output (kg/h) Main Motor Power (kW)
XZM221 Φ800 ≤20 325–2500 500–4500 75
XZM268 Φ1680 ≤20 325–2500 5000–25000 315

The XZM series is highly energy-efficient and ideal for applications requiring ultrafine powders. In Myanmar’s humid climate, its closed-circuit design helps prevent moisture contamination, ensuring a stable and clean final product — a crucial factor for plastic filler applications.

XZM Ultrafine Grinding Mill setup for gypsum filler production

System Design and Process Flow

The process flow for gypsum grinding into fine filler powder consists of several stages:

  1. Crushing: Large gypsum rocks are initially reduced to smaller pieces (below 30 mm) using a jaw crusher.
  2. Grinding: The crushed material is fed into the grinding mill (e.g., MTW110 or XZM221), where it undergoes fine grinding by rollers and rings.
  3. Classification: The fine powder is separated by an integrated classifier to achieve the desired particle size distribution.
  4. Collection: Qualified powder is collected via cyclone or pulse dust collector, while oversized particles are returned for regrinding.

This continuous closed system ensures high production efficiency, low power consumption, and minimal dust emissions.

Key Advantages of Zenith Gypsum Grinding Solutions

  • Energy Efficiency: Both MTW and XZM mills employ advanced energy-saving technologies, reducing operational costs by up to 30% compared to traditional Raymond mills.
  • Precision Fineness Control: Accurate control of powder size ensures consistent plastic filler quality.
  • Low Noise and Environmental Compliance: Designed with efficient dust filtration systems, meeting Myanmar’s air quality regulations.
  • Durable and Easy Maintenance: Long service life of wear parts due to high-quality alloy materials and easy-to-access maintenance areas.
  • Adaptability: Configurable for various materials including calcite, limestone, barite, dolomite, and gypsum, making it an ideal investment for diversified production.

Gypsum powder production process diagram

Economic and Technical Benefits in Myanmar

Operating a 3–5 TPH gypsum grinding unit offers notable benefits for local manufacturers:

  • Import substitution: Reduces dependency on imported fillers by providing local high-quality supply.
  • Employment creation: Encourages skill development in industrial material processing sectors.
  • Lower production cost: Enhances the competitiveness of local plastic producers in domestic and regional markets.

Additionally, with Zenith’s global technical support and after-sales service, Myanmar customers benefit from reliable training, installation guidance, and spare parts availability.

Conclusion

For Myanmar’s growing plastic industry, establishing a dedicated gypsum grinding facility is a strategic move toward sustainable industrial development. Shanghai Zenith Machinery Co., Ltd., with its extensive experience in ultrafine grinding technology, provides comprehensive solutions tailored to this need. By selecting models such as the MTW110 Trapezium Grinding Mill or XZM221 Ultrafine Grinding Mill, investors can expect high efficiency, consistent product quality, and optimized return on investment. Combined with Zenith’s professional service network and environmental commitment, these solutions pave the way for a cleaner, more efficient industrial future in Myanmar.

Shanghai Zenith Machinery Co., Ltd. — Your trusted partner in industrial powder grinding excellence.

Based on over thirty years of on-site test data accumulation and experimental analyses, SBM has developed the MRN grinding mill, the fifth-generation pendulous hanging grinding...
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