Introduction
In the field of high-end sanitary ceramics, the definition of product performance has long gone beyond the durability of the Foundation. Modern consumers have almost stringent requirements for hydrodynamic efficiency, surface micro-nano structures and anti-deformation accuracy. As a set of "high-pressure molding equipment research and development" and "ceramic factory combat" in one of the technical enterprises,Sunlets is committed to transforming cutting-edge science into quantifiable performance benefits.
1. Hydraulic Efficiency
The benchmark for premium toilets is the synergy between acoustic comfort and powerful waste removal. Sunlets employs Computational Fluid Dynamics (CFD) to simulate water flow paths thousands of times before mold fabrication.
For Rimless architectures, we optimize jet angles and pressure distribution. Incorporating "hydrophobic micro-textures" within the trapway reduces fluid drag significantly. According to , optimized trapway geometry can reduce flush energy consumption by 15-20% while enhancing the replacement rate of waste.
2. Green Body Strengthening: Nano-particle Infusion and Deflocculant Synergy
High-end products, such as ultra-thin basins and large-format tubs, are prone to micro-cracking during the casting phase due to low green strength.
We introduce nano-aluminum silicate into the slurry. These nano-particles fill the interstices between micron-sized mineral grains, creating a "quasi-lattice" structure.Using Organic Polymer Deflocculants creates potent Steric Hindrance, ensuring a highly homogenous internal structure even under 1.2 MPa of high-pressure casting.
Internal Sunlets lab data shows this composite reinforcement boosts the Modulus of Rupture (MOR) of green bodies by 22%, drastically reducing de-molding risks.
3. Dimensional Stability: Dynamic Shrinkage Compensation
Flatness is the hallmark of premium quality. For large FFC (Fine Fireclay) items exceeding 1200mm, controlling firing warpage is a critical industry challenge.
Our high pressure grouting equipment integrates pressure feedback sensors.Based on the water content and thixotropy of each batch of mud, the system uses AI algorithm to predict its nonlinear shrinkage at a high temperature of 1280°C. Through the preset "reverse deformation" mold design, the creep of the firing stage is accurately offset. This technology can control the flatness error of long-axis products at Within 0.3%, it is far better than the specified tolerance range and realizes the "manual grade" precision under industrial mass production.
Technology Closed Loop Drives Brand Value
Through CFD fluid optimization, nanomaterial enhancement and AI shrinkage compensation, Sunlets not only solves the stubborn problems in high-end bathroom manufacturing,Through the process of digitization and standardization, it provides highly competitive OEM/ODM solutions for global brands.