
Hiperspin®
Achieve uniform dispersion and enhanced line stability in continuous fiber spinning.

Americhem supports the textile industry with high-performance polymer additives and masterbatches designed to meet the demands of continuous filament and staple fiber production. Our compounds are optimized for fiber integrity, color consistency, and process repeatability.
Engineered to elevate fiber feel, color precision, and production reliability.
Americhem develops custom textile masterbatches and fiber additives for consistent color, enhanced softness, and functional performance. Each formulation is tailored to your textile polymer, fiber process, and application, helping you meet technical specs while maximizing efficiency.
Americhem’s annual Color Trends Forecast and custom palettes equip carpet OEMs to anticipate design shifts and deliver high-impact, on-shade color, season after season.

Achieve uniform dispersion and enhanced line stability in continuous fiber spinning.
Americhem’s textile polymers and masterbatches deliver precise color, reliable softness, and efficient processing. Partner with us to meet performance specs at scale.
Americhem formulations support color, softness, and throughput in fiber production. Americhem’s textile masterbatches and additives are designed for consistent performance across high-speed lines and demanding fiber specs. Each compound is aligned to your polymer, draw profile, and application to reduce variation and ensure reliable results.
Why textile manufacturers choose Americhem:

Americhem’s textile masterbatches and additives are produced under ISO 9001-certified systems and validated for color accuracy, polymer compatibility, and manufacturing repeatability. We support PET, PBT, nylon, and blended fiber systems with documentation aligned to textile performance and global compliance standards.
Americhem delivers masterbatches and polymer additives that meet global textile demands for softness, stretch, and repeatable color. Rely on a partner trusted for consistency, technical depth, and fiber-focused solutions.