Ningbo MOS Chemical Co., Ltd. produces and supplies resins, rheological additives, and functional materials for industrial fire-retardant coating formulations. Both in-house manufactured materials and select original products from international brands are available.
Viscosity, thixotropy, and anti-sag requirements depend on the type of fire-retardant system, application method, and required coating thickness.
Binders, fillers, and additives must be compatible in the chosen formulation. Their behavior under heat and service conditions must be confirmed by testing the finished system.
Adhesion depends on the preparation of the metal surface, selected primer, binder, intermediate layers, and application conditions of the entire system.
In formulations with high filler content, rheological additives can be used to control settling, separation, and processability of the composition.
For specific products and batches, TDS, SDS, COA, packaging details, and other available technical documentation may be provided.
Epoxy resin for industrial coating formulations. Applicability in fire protection systems must be confirmed by technical documentation and testing of the finished formulation.
Fumed silica that can be used for rheology control, thixotropy, and filler stability in compatible coating formulations.
Acrylic resin for industrial coating formulations. Applicability in fire-retardant and exterior systems depends on the selected formulation and confirmed technical specifications.
Polyamide rheological additive for adjusting thixotropy and sag resistance in compatible industrial coating formulations.
Silicone material for select industrial coatings. Applicability in heat-resistant or fire-retardant formulations must be verified based on the technical documentation of the selected product.
Materials are considered based on formulation type, component compatibility, application method, and available technical documentation. Fire retardant properties must be confirmed by tests on the finished coating and the entire system.
Selection of a fire protection system for a specific facility must be made considering project requirements, construction type, required fire resistance rating, operating conditions, and applicable standards.
