Clarity and knowledge across every application.

Cigarette filters are the main end-use for acetate tow, whose fibres can be shaped into uniformly porous and dimensionally stable filters that effectively trap tar and particulate matter.

Acetate tow is not just used for cigarette filters. Because of its unique qualities, it is used in other air and liquid filtration, such as membrane filters in medical labs and to control release of liquids in reservoirs.

Acetate yarn produces a lightweight, luxureous fabric often chosen because it offers the elegance of silk at a lower cost, with a glossy appearance and graceful drape.

Chosen for its silk-like sheen, soft drape, and ability to take on rich, vibrant colours, acetate fibre adds comfort and an elegant touch to men’s suit linings.

Cellulose acetate dressings are smooth and less adherent than viscose or cotton, reducing pain and trauma when dressings are changed.

Cellulose acetate membranes act as semi-permeable barriers in desalination, letting pure water pass while blocking salts and impurities.

Purified cellulose acetate creates high-clarity optical films used in liquid crystal displays for improved image quality.

Triacetate cellulose films protect the PVA layer in LCD polarizers from moisture, air, and UV damage, improving both performance and lifespan.

Cellulose acetate is cast into strong, transparent films used in packaging, photography and special coatings.

Cellulose acetate films give bakery packaging a clear, glossy finish, protect freshness, and allow products to breathe naturally.

Cellulose acetate makes eyeglass frames lightweight, durable and stylish, with endless colour and design options.

Used for its high clarity, gloss and colour depth. Cellulose acetate butyrate is ideal for stylish, durable finishes particularly on automotive trim.

Microcrystalline cellulose acts as a binder and filler ensuring tablets hold their shape and dissolve properly.

Pharma-grade ethers in eye drops help them stay on the eye longer, keeping it moist and soothing dryness.

Cellulose-based ethers give creams and lotions a smooth texture, help retain moisture, and keep the formula stable.

Cellulose ethers give shampoos and body washes their creamy texture, keeps formulas stable, and can even add gentle exfoliation.

Cellulose ethers in detergents prevent dirt from re-depositing on fabrics, protect colours, and keep liquid formulas smooth and stable.

Food-grade ethers give ice cream its smooth, creamy, and stable texture. They thicken the mix to prevent ice crystals and allow more air to be whipped in, creating rich desserts with less fat.

Cellulose ethers keep smoothies and meal replacement drinks creamy and stable, preventing separation and giving a rich, satisfying texture.

In shredded cheese, cellulose ethers prevent clumping by absorbing moisture and keeping shreds free-flowing.

Hydroxyethyl cellulose in latex paint thickens and evens flow, ensuring smooth application without splattering, stable colour, and lasting shelf performance.

Cellulose ethers give wallpaper paste its smooth, tacky strength, making it easy to apply, adjust, and hold in place.

Cellulose ethers in drymix keep moisture in the material longer, improving workability and adhesion so surfaces set evenly into a smooth, durable finish.

Cellulose ethers in oil and gas drilling control viscosity, reduce loss, and stabilize drilling and fracking fluids.