Inorganic Thermal Insulation Drymix Mortar Plant 5ton/H Dry Mix Plant

This professional inorganic thermal insulation mortar production line is a customized intelligent manufacturing system specially developed for full inorganic lightweight thermal insulation mortars. Targeting pure inorganic raw materials such as vitrified microbeads, expanded perlite, inorganic lightweight aggregate and inorganic gelling powder, this equipment abandons the high-speed shearing structure of ordinary mortar lines and adopts professional low-loss gentle mixing and anti-segregation technology. It effectively solves common industry pain points including lightweight aggregate crushing, thermal insulation performance attenuation, powder floating and finished product stratification caused by traditional production equipment.

The whole line realizes automatic classified feeding, high-precision batching, homogeneous anti-delamination mixing, sealed dust-free storage and quantitative packaging. It is specially optimized for the characteristics of low bulk density, low thermal conductivity and A1-class fire resistance of inorganic thermal insulation mortar. The produced finished materials feature stable thermal insulation performance, excellent fireproof and anti-aging properties, low shrinkage rate and strong bonding strength, fully complying with JGJ/T261 and EN 998-1 inorganic thermal insulation building material standards. It is dedicated professional equipment for mass production of high-standard green inorganic thermal insulation and energy-saving mortars.

Equipped with special variable-frequency low-speed twin-shaft mixer and streamlined flexible blade structure, adopting segmented gentle mixing process. It fully protects the porous structure of vitrified microbeads and perlite inorganic aggregates, avoids particle crushing and powder floating, and completely retains the original low thermal conductivity and lightweight physical properties of raw materials. The finished mortar has uniform bulk density, stable thermal insulation coefficient and no hollowing or cracking after construction.

Adopts independent classified batching mode for heavy inorganic gelling base materials and ultra-light thermal insulation aggregates. It is equipped with a special micro-weighing unit for inorganic active additives, water retention agents and toughening components. The base material batching accuracy reaches ±0.2%, and micro-functional additive accuracy is up to ±0.1%, effectively ensuring consistent thermal insulation, compressive strength and bonding performance of each batch of inorganic mortar.

Optimized scientific feeding sequence of heavy materials first and lightweight aggregates later, matched with circulating balanced mixing procedure. It fundamentally suppresses floating segregation and layered precipitation of lightweight inorganic aggregates, solves the problem of uneven thermal insulation effect of finished products. The system pre-stores multiple standard inorganic thermal insulation formulas, supporting one-click switching of different thermal conductivity and fire-resistant grade products with stable and controllable quality.

The whole production process is optimized for pure inorganic formula system, without damaging the fire-resistant and anti-aging characteristics of inorganic raw materials. It avoids organic component failure and aging attenuation, ensuring that the finished mortar maintains permanent thermal insulation performance and A1-class non-combustible effect. The product has low shrinkage and strong weather resistance, adapting to long-term outdoor and building exterior wall energy-saving projects.

Matched with customized low-wind-speed pulse dust removal system for lightweight inorganic powder, it efficiently recycles floating fine powder and reduces raw material loss. The fully sealed conveying and mixing structure realizes closed-loop dust-free production. The intelligent frequency conversion system automatically adjusts operating parameters according to different inorganic formulas, reducing comprehensive energy consumption and daily maintenance costs with high production efficiency.

1. Check the flexibility of mixing blades and the tightness of all sealing parts before startup to prevent lightweight inorganic fine powder leakage. 2. Inspect the dryness of vitrified microbeads, perlite and other inorganic aggregates; damp and agglomerated raw materials are strictly prohibited to avoid reduced thermal insulation performance. 3. Verify the calibration status of micro-additive weighing sensors to ensure accurate proportioning of inorganic functional additives. 4. Conduct 3-5 minutes of idle operation to test the normal operation of anti-floating dust removal and silo anti-bridging devices.

1. Strictly follow the graded feeding sequence of heavy base materials first and lightweight inorganic aggregates later to avoid finished product stratification and floating powder. 2. Do not arbitrarily increase the mixing speed to prevent crushing porous inorganic aggregate structure and attenuation of thermal insulation and fireproof performance. 3. Forbid alternating production with ordinary mortar without thorough cleaning to avoid material mixing and unqualified thermal insulation indicators. 4. Control continuous operation time within 16 hours to ensure stable batching precision and consistent mixing effect.

1. Clean floating powder and residual inorganic aggregates on the mixer inner wall and pipelines completely after daily shutdown to prevent damp agglomeration. 2. Calibrate the micro-weighing system every 15 days to maintain long-term accurate proportioning of functional additives. 3. Clean dust filter cartridges regularly to ensure efficient recovery of floating lightweight inorganic powder and reduce raw material waste. 4. Check flexible mixing blades and silo sealing strips monthly, replace aging vulnerable parts every 7 months.

1. Inorganic lightweight aggregates and functional additives must be stored in dry, closed and moisture-proof warehouses to prevent moisture absorption and performance degradation. 2. Control workshop ambient humidity below 65% to reduce fine powder floating and material dampness. 3. Operators must wear professional dust-proof protective equipment during operation. 4. Cut off total power supply thoroughly during equipment maintenance to avoid accidental startup and safety accidents.

Vitrified microbead inorganic thermal insulation mortar, expanded perlite thermal insulation mortar, A1-class fireproof inorganic insulation mortar, interior and exterior wall inorganic energy-saving mortar, lightweight inorganic filling mortar, high-temperature resistant inorganic thermal insulation mortar and various pure inorganic green energy-saving thermal insulation mortars.

Professional inorganic thermal insulation building material manufacturers, green energy-saving building material enterprises, exterior wall insulation engineering supporting factories, fireproof thermal insulation material suppliers, municipal energy-saving supporting material manufacturers and building insulation material export enterprises.

High-rise building exterior wall thermal insulation and fire protection engineering, interior wall energy-saving insulation projects, old building energy-saving renovation, industrial workshop high-temperature insulation, municipal public building green energy-saving construction, fire-rated building insulation projects and batch export of inorganic thermal insulation energy-saving materials.

Q1: What is the core difference from ordinary mortar production lines?

A1: Ordinary lines adopt high-speed mixing, which easily crushes porous inorganic lightweight aggregates, damages thermal insulation structure and causes serious stratification. This dedicated inorganic line uses low-speed anti-crushing mixing and graded batching technology, which completely retains the physical properties of inorganic aggregates, ensures stable low thermal conductivity and A1-class fire resistance of finished products, and meets high-standard energy-saving and fire protection requirements.

Q2: Can this line produce all types of inorganic thermal insulation mortars?

A2: Yes. It is preloaded with multiple standard formulas for vitrified microbead, perlite and composite inorganic thermal insulation mortars, supporting free switching of interior wall, exterior wall and high-temperature resistant products. One-click parameter adjustment meets different energy-saving and fire protection industry standards.

Q3: What is the after-sales warranty policy?

A3: 1-year full machine warranty, 3-year warranty for special low-speed protective mixing host and high-precision batching system. Provide professional inorganic thermal insulation formula debugging, on-site installation guidance, operator technical training and lifelong preferential spare parts supply service.

Q4: Why does finished mortar have poor thermal insulation and obvious stratification?

A4: The main reasons include excessive mixing speed causing aggregate crushing, disordered feeding sequence leading to layering, damp raw materials, and blocked dust recovery system. Standardizing production processes and raw material storage conditions can completely solve stratification and thermal insulation performance attenuation problems.

Q5: Is later-stage equipment function upgrade supported?

A5: Yes. The whole line reserves standard functional expansion interfaces, which can be upgraded with intelligent automatic feeding system and remote formula management module to realize fully automatic unmanned production without changing the main equipment structure.