Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Eastman Tenite Propionate 350E0096914-Natural-Trsp Cellulose Acetate

Eastman Tenite Propionate 350E0096914-Natural-Trsp is a natural-colored cellulose acetate propionate plastic, custom-developed for household products, food contact components, stationery and other fields. It contains 14% plasticizer, balancing toughness and rigidity with good surface gloss. Suitable for injection molding, extrusion and other processes

Features Of Eastman Tenite Propionate 350E0096914-Natural-Trsp Cellulose Acetate

  1. FDA Compliant & Safe - Meeting FDA requirements for certain food contact applications, suitable for food contact components, ensuring usage safety and product compliance

  2. Natural Texture for Diverse Scenarios - Natural-colored base with natural surface gloss, meeting the core requirements for appearance texture of household products, stationery and other fields

  3. Multi-Process Easy to Process & Mold - Supporting various processing methods such as injection molding, extrusion, cutting and bonding, smooth molding, improving production efficiency and product qualification rate

Typical Applications Of Eastman Tenite Propionate 350E0096914-Natural-Trsp Cellulose Acetate

  1. Food Contact Components - Used for food container accessories, tableware handles, etc., meeting FDA requirements for food contact applications, ensuring usage safety and product compliance

  2. Household Products - Used for kitchen and bathroom appliances, etc., with natural texture and good chemical resistance, suitable for daily use scenarios

  3. Stationery and Tool Components - Used for pens, stationery, tool handles, etc., easy to process with warm texture, improving product use experience and appearance grade

  4. Packaging Decoration Components - Used for non-food contact packaging decoration, good natural texture and chemical resistance, meeting the dual requirements of packaging for protection and display

Specifications Of Eastman Tenite Propionate 350E0096914-Natural-Trsp Cellulose Acetate

BrandEastman
Chemical TypeCellulose Acetate Propionate
CAS Number9004-39-1
Plasticizer Content18%
AppearanceClear
Physical FormPellet
Color Matching Ratio10:1-40:1(Color Concentrate:Raw Material)
Processing MethodInjection Molding,Extrusion,Cutting,Bonding
Packaging SpecificationBagged/KG


Eastman Tenite Propionate 350E0096914-Natural-Trsp Cellulose Acetate – Frequently Asked Questions (FAQ)

Q1: What are the key processing advantages of Eastman Tenite Propionate 350E0096914-Natural-Trsp compared to standard cellulose acetate?

A: This grade offers improved melt flow and lower processing temperatures than conventional cellulose acetates, enabling easier extrusion and injection molding with reduced thermal stress on sensitive additives or pigments. Its natural transparency also supports high-clarity applications without requiring additional optical modifiers.


Q2: Is this material suitable for food-contact applications?

A: Eastman Tenite Propionate 350E0096914-Natural-Trsp is formulated for use in food-contact applications where regulatory compliance is required; however, final approval depends on the complete formulation, processing conditions, and intended end-use. Users must validate compliance with applicable regional regulations through their own testing and documentation.


Q3: How does humidity affect drying and processing of this resin?

A: Like most cellulose esters, this grade is hygroscopic and requires thorough drying prior to processing—typically at 60–70 °C under vacuum or dehumidified air for 3–4 hours—to prevent surface defects, hydrolysis, and loss of mechanical performance during melt processing.


Q4: Can it be blended with other thermoplastics?

A: It exhibits good compatibility with certain polar polymers such as polyvinyl chloride (PVC), acrylics, and some polyesters, often used to modify flexibility, clarity, or surface finish. Compatibility with non-polar resins like polyolefins is limited and generally requires compatibilizers or careful evaluation of phase morphology.



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