Polymer Additives Services & Solutions

Polymer additives are materials added to base polymers to improve processing, performance, or durability. They can enhance properties such as UV stability, flame retardancy, slip, anti-blocking behavior, impact strength, color consistency, and oxidation resistance. In commercial applications, additives help manufacturers tailor plastics for specific end uses in packaging, automotive, agriculture, healthcare, electronics, and other demanding sectors.

Plasticizers are additives used to increase flexibility, softness, and processability in certain polymer systems. Common examples include phthalates, adipates, trimellitates, citrates, and sebacates. The right plasticizer depends on the resin, regulatory requirements, temperature performance, and end-use conditions. In technical development, plasticizers are selected alongside other additives to balance mechanical properties, migration resistance, and long-term stability.

Distil supports polymer additive applications across automotive, agricultural plastics, healthcare and medical, wire and cable, electrical and electronics, and flexible packaging. We also work on industrial and personal care packaging formats. Each solution is developed around the performance demands of the application, whether that means UV resistance, flame retardancy, clarity, sealability, anti-static behavior, or improved processing efficiency.

Yes. Distil provides application-specific formulation support for custom additive and masterbatch systems. The process starts with problem definition and performance targets, followed by formulation design, trials, validation, and production optimization. This approach is useful when standard off-the-shelf solutions do not meet the exact requirements for resin compatibility, processing conditions, durability, regulatory needs, or end-use performance.

Quality and consistency are supported through unified quality systems, structured process controls, and coordinated production oversight across Distil's manufacturing network. The goal is to eliminate process drift and maintain reliable batch-to-batch performance as programs scale. Customers also benefit from visibility into batch yields and execution, which helps improve confidence during commercial ramp-up and ongoing supply.

Yes. Distil supports the full journey from lab work to commercial production. In addition to formulation and trials, the company provides manufacturing coordination, supply chain execution, logistics visibility, and scale-up support through a single point of contact. This integrated model helps reduce fragmented communication and makes it easier for customers to move from technical validation to dependable commercial supply.

Distil's model is designed to protect customer IP through full customer ownership of data, permission-based access, and a structured control layer. Process fragmentation and controlled information sharing help safeguard sensitive formulation and production knowledge. This is especially important for brands developing proprietary additive systems or diversifying production while maintaining confidentiality across multiple manufacturing and supply chain partners.

A typical project begins with defining the application, resin system, and target performance outcomes. Distil then develops a formulation strategy, runs trials and validation work, and refines the process for production readiness. Once performance is confirmed, the team supports scale-up through manufacturing and supply chain coordination. This structured approach helps reduce technical risk before full commercial rollout.