Hot Sales Plasticizer BTHC | GO Chemical
Property. BTHC is colorless yellowish oily liquid, odorless, freezing point:-55 C, viscosity: 28mpa.. Application. BTHC is environmental plasticizer, BTHC can be used in environmental PVC grain, soft toys for children, medical products, food packaging products, coating and printing ink industries etc.
Non-DEHP PVC and Medical Devices | Spectrum Plastics
ATBC is the common plasticizer for enteral applications, whereas BTHC is most often used in blood storage bags and catheters. The BTHC, however, is a very expensive plasticizer. DOA or dioctyl adipate, has the best efficiency of the common plasticizers and by far the best low temperature properties.
Blood Bag Plasticizers Influence Red Blood Cell Vesiculation Rate
RBC mean cell volumes were greater in BTHC- than in DINCH- or DEHP-plasticized bags (p < 0.001). Osmotic fragility differed significantly among plasticizers (p < 0.01). After day 21, RBC deformability decreased in all, but to a greater extent in the bags with BTHC. Phospholipid composition of RBCs and EVs was not different among plasticizers.
Dibutyl Sebacate (DBS) chemical in Argentina | Hot-selling plasticizer
Dibutyl sebacate (DBS) is an organic chemical, a dibutyl ester of sebacic acid. It is from vegetable origin since it is processed from castor oil. Identification CAS no. 109-43-3 Label EC no. Value 203-672-5 Label Molecul formula Value C18H34O4. Get Price.
Suppliers going DEHP-free, it’s easier than you think…
Plasticizer Repeated dose toxicity, NOAEL, mg/kg bw/day (higher numbers are better) Genotoxicity Carcinogenicity Maternal toxicity, mg/kg bw/day DEHP 29 (male rat) Negative LOAEL 320 (male rat) LOAEL 750 (rat) ATBC 100 Negative Negative NOAEL 100 (rat) BTHC 250 Negative Negative NOAEL DINCH 107 Negative Negative NOAEL
- Is BTHC a good plasticizer?
- Manufacturers frequently used ATBC as the common plasticizer for gastrointestinal uses. It offers outstanding performance, non-toxic environmental protection, and a good speed-increasing effect. On the other hand, medical workers often use the BTHC for medical devices for storing blood. BTHC, however, is a very expensive plasticizer.
- Can tri-n-butyl citrate replace phthalate plasticizer?
- Tri-n-butyl citrate is an environment-friendly plastic plasticizer that can replace restricted phthalates. A new synthetic process for Tri-n-butyl citrate and its acetylation is introduced in this paper. The experimental data are provided for synthetic research. The synthesis of Tri-n-butyl citrate was studied.
- Is Eastman 168 A Phthalate plasticizer?
- Eastman 168™ plasticizer is an excellent phthalate alternative plasticizer for PVC, with performance equal or better than most ortho™ - phthalate plasticizers. DOTP (dioctyl terephthalate), a non ortho-phthalate is a para-phthalate; one of the isomeric forms of benzenedicarboxylic acid esters is not adversely listed.
- What are alternative plasticizers to DEHP in medical devices?
- The most commonly used alternative plasticizers to DEHP in medical devices include trioctyl trimellitate (TOTM), di (2-ethylhexyl) adipate (DEHA), and butyryl trihexyl citrate (BTHC). Di (isononyl) cyclohexane-1,2-dicarboxylate (DINCH) and di isononyl phthalate (DINP) represent possible alternatives.
- Which plasticizer makes PVC soft and pliable?
- One of the most cost effective and broadly used plasticizers, DEHP, serves to make PVC soft and pliable. Launched in medical applications in 1950, DEHP is the primary plasticizer in many other medical devices, including:
- What is ATC-IV Alpha based plasticizer?
- This family of compounds makes use of citrate-based plasticizers, an ATC-IV Alpha additive package based on a derivative of a naturally occurring tribasic monohydroxy acid, which, according to the manufacturer, makes them ideal for molding medical devices, infant toys, and other regulated products.
