Tile grout is a construction material — typically a cementitious, epoxy, or polymer-based paste — used to fill and seal the narrow gaps (joints) between tiles after they are set. Its primary functions are to bond tiles together visually, prevent dirt and moisture from getting between tiles, and help transfer small loads across the tiled surface.
Tile Grout & Gypsum Grout
01Tile Grout
02Requirements and Formulation
The performance requirements for grout mortar primarily encompass physical and mechanical properties (such as strength and deformation capacity), waterproofing and mould resistance (including low water absorption and antibacterial efficacy), workability (such as initial setting time and open time), as well as environmental friendliness and weather resistance:
1. Excellent adhesion, bonding tightly to tiles without cracking
2. Strong water repellency, durable, easy to clean, and stain-resistant
A scientifically formulated blend is essential for producing high-performance grout. For tile joints of 1–1.5 mm, the following basic formulation may serve as a reference:
03About Sidley’ Additives
SIDLEY’s additives deliver exceptional performance in tile adhesive applications. For tile adhesive: Cellulose ethers provide outstanding water retention performance and extended open time; Redispersible Polymer Powder(RDP) offers excellent flexibility and strength alongside water repellency; Starch ether deliver superior thickening and Sag resistance. We assist clients in resolving diverse tile adhesive challenges and provide tailored solutions.
Drymortar Tech+
gypsum mortar water retention
Learn practical ways to enhance the water retention of gypsum mortar using HPMC, starch ether, and proper mixing techniques to improve workability and reduce cracks… Continue reading
Extend gypsum setting time
Learn why gypsum mortar loses workability too quickly and discover practical solutions using gypsum retarders, HPMC, and formulation optimization to extend working time without compromising strength… Continue reading
Tile Adhesive Crack Resistance Solutions
This article analyzes 5 main causes of tile adhesive cracking: insufficient flexibility, poor water retention, excessive shrinkage, poor substrate preparation, and incorrect additive selection, with solutions including HPMC, RDP, and other crack-resistant additives… Continue reading
Lightweight Gypsum Plaster Cellulose Ether
This article compares the performance of * 60010 and Sidley ME 42M07 cellulose ethers in lightweight gypsum plaster, including consistency, setting time, strength, and bond performance, providing data reference for dry-mix mortar formulation selection… Continue reading
Tile Adhesive Formulation
This article presents a C0 grade tile adhesive formulation trial comparing high, medium, and low viscosity cellulose ethers on open time and tensile bond strength, providing data reference for formulation optimization and cellulose ether selection… Continue reading
Tile adhesive open time
This article tests cellulose ethers (MP 17N01, ME 14N02, etc.) with varying viscosities and dosages to verify their effect on the open time of C1 tile adhesive, providing experimental data and conclusions… Continue reading
Dry-mix mortar shrinkage reducing admixture
This article details how Shrinkage Reducing Admixtures (SRAs) inhibit shrinkage and cracking in dry-mix mortars, covering mechanisms, advantages, powdered product selection, application guidelines, a self-leveling compound reference formula, and recommends SidleyChem’s high-performance SR-… Continue reading
Silicone hydrophobic powder weathering test
This article presents a 4-month outdoor weathering test on mortar containing silicone hydrophobic powder (e.g., WS80/WS90) and RDP. Results show surface effect variation but lasting internal hydrophobicity, with SidleyChem’s recommended product portfolio… Continue reading
ETIRS adhesive powder additives
This article analyzes the formulation technology of bonding powder for EPS Insulation Rendering Systems (ETIRS), detailing the functions of components like cellulose ether, RDP, PVA, and fibers. It presents targeted high-performance additive solutions from SidleyChem (e.g., HEMC, RDP, PEO) to help develop stable and reliable insulation mortar products… Continue reading
ETICS base coat mortar formulation
How to formulate high-durability ETICS base coat mortar? This article analyzes the core functions of Cellulose Ether, RDP, Hydrophobic Agents, and Fibers, and provides targeted SidleyChem product solutions (e.g., RDP 86353, WS 80). Get the complete guide to high-performance reinforcing mortar formulation… Continue reading