The sliding agent Isolub, proposed in a practical format of 650 ml, is an innovative solution designed to optimize flow processes in various industrial environments. This slippery agent spray plays a crucial role by preventing adhesion of coverings on casting cones and cylinders, thus guaranteeing increased operational efficiency.

Technical characteristics

• Advanced formulation : Isolub is developed from high quality components that form a protective barrier between ceramic paper and coating. This barrier is essential to avoid the absorption of the paper mixture by paper, which could compromise the quality of the final product.

• Easy Application : thanks to its spray format, the application of the slippery agent is simple and quick, allowing uniform coverage on targeted surfaces. This reduces the preparation time and improves the effectiveness of operations.

• compatibility : Isolub is compatible with a wide range of materials and coatings, which makes it a versatile choice for various sectors, including manufacturing, construction and crafts.

Advantages

• Productivity improvement : by reducing the adhesion of the coatings, the sliding agent Isolub allows faster and effortless disbursement, which results in an increase in productivity on production lines.

• Superior quality : The use of this slippery agent contributes to maintaining the quality of finished products by avoiding defects related to adhesion, thus guaranteeing an impeccable finish.

• Time and cost economics : by minimizing the risk of failure and facilitating the expression process, the ISolub makes it possible to reduce costs related to retouching and material losses.

Conclusion

The 650 ml sliding agent Isolub is a strategic choice for professionals looking for an effective and reliable solution for their casting needs. Its advanced formulation, its ease of application and its many advantages make it an essential product in the field of delayers and insulation. Adopt the isolub to optimize your processes and guarantee high quality results.