Millor M434 Polygrout 1K represents an innovative solution tailored to combat water leakage issues prevalent in a multitude of structures. As a hydrophilic MDI-based polyurethane injection grout, it epitomizes efficiency with its single-component formulation, free from the need for catalysts, ensuring a streamlined application process. Its inherent low viscosity empowers it to permeate even the most intricate cracks, delivering comprehensive sealing to thwart water infiltration effectively.

The primary application of Millor M434 Polygrout 1K encompasses halting water leaks in cracks found in walls, floors, concrete structures, and rocky formations. Its versatility extends further to serving as a dependable water stoppage agent, proficiently sealing leaks and deterring water ingress, thus offering a robust solution for a myriad of sealing endeavors.

A hallmark feature of Millor M434 Polygrout 1K lies in its unique ability to react with water, yielding a flexible polyurethane seal. This seal possesses the adaptability to accommodate crack movements, thereby ensuring sustained efficacy. Furthermore, its low viscosity facilitates deep penetration into cracks, while its chemical resistance against water, weak acids, alkalis, and most organic solvents bolsters its durability across diverse environmental conditions.

The application process for Millor M434 Polygrout 1K is streamlined. Pre-usage, the product necessitates agitation to achieve homogeneity. In instances of temperatures dipping below 10°C, crystallization may arise, yet this setback can be readily mitigated through indirect heating and thorough mixing to reinstate the product to its original state.

The grout lends itself to injection via either a one-component injection pump equipped for high pressure or a two-component injection pump, proffering flexibility in adjusting the water-to-grout ratio to attain the desired foam or gel consistency. Technical specifications for the pumps are available upon request, ensuring seamless integration and optimal performance during application.

Post-injection cleanup is facilitated by employing Polyurethane cleaner A, thereby upholding the efficiency and longevity of the equipment. The product is conveniently packaged in 20 kg containers, furnishing ample supply for sealing projects of varying scopes.

Technical specifications, encompassing color, density, viscosity, and reaction times, are meticulously delineated, providing clarity and precision in product utilization. Storage requisites are also stipulated to safeguard the product's efficacy over time, with a shelf life of six months post-production when stored under appropriate conditions.

In summation, Millor M434 Polygrout 1K emerges as a paradigm-shifting solution in polyurethane injection grouts, delivering unparalleled versatility, reliability, and ease of application. Whether sealing cracks in concrete structures or addressing water leakages in diverse settings, this product stands as a stalwart solution, underpinning the durability and integrity of construction ventures.

Millor M434 Polygrout 1K represents an innovative solution tailored to combat water leakage issues prevalent in a multitude of structures. As a hydrophilic MDI-based polyurethane injection grout, it epitomizes efficiency with its single-component formulation, free from the need for catalysts, ensuring a streamlined application process. Its inherent low viscosity empowers it to permeate even the most intricate cracks, delivering comprehensive sealing to thwart water infiltration effectively.

The primary application of Millor M434 Polygrout 1K encompasses halting water leaks in cracks found in walls, floors, concrete structures, and rocky formations. Its versatility extends further to serving as a dependable water stoppage agent, proficiently sealing leaks and deterring water ingress, thus offering a robust solution for a myriad of sealing endeavors.

A hallmark feature of Millor M434 Polygrout 1K lies in its unique ability to react with water, yielding a flexible polyurethane seal. This seal possesses the adaptability to accommodate crack movements, thereby ensuring sustained efficacy. Furthermore, its low viscosity facilitates deep penetration into cracks, while its chemical resistance against water, weak acids, alkalis, and most organic solvents bolsters its durability across diverse environmental conditions.

The application process for Millor M434 Polygrout 1K is streamlined. Pre-usage, the product necessitates agitation to achieve homogeneity. In instances of temperatures dipping below 10°C, crystallization may arise, yet this setback can be readily mitigated through indirect heating and thorough mixing to reinstate the product to its original state.

The grout lends itself to injection via either a one-component injection pump equipped for high pressure or a two-component injection pump, proffering flexibility in adjusting the water-to-grout ratio to attain the desired foam or gel consistency. Technical specifications for the pumps are available upon request, ensuring seamless integration and optimal performance during application.

Post-injection cleanup is facilitated by employing Polyurethane cleaner A, thereby upholding the efficiency and longevity of the equipment. The product is conveniently packaged in 20 kg containers, furnishing ample supply for sealing projects of varying scopes.

Technical specifications, encompassing color, density, viscosity, and reaction times, are meticulously delineated, providing clarity and precision in product utilization. Storage requisites are also stipulated to safeguard the product's efficacy over time, with a shelf life of six months post-production when stored under appropriate conditions.

In summation, Millor M434 Polygrout 1K emerges as a paradigm-shifting solution in polyurethane injection grouts, delivering unparalleled versatility, reliability, and ease of application. Whether sealing cracks in concrete structures or addressing water leakages in diverse settings, this product stands as a stalwart solution, underpinning the durability and integrity of construction ventures.