trioctyl trimellitate 99 3319-31-1 chemical
- Type:Dyestuff intermediates
- Purity:99.5%
- Grade:Top grade
- Color:clear, colourless, viscous liquid
- Storage:Dry place
- Transport:By sea,courier
- Sample:Availabe
- Certification:CCIC, REACH
- Features:Eco-frindly
- Production Capacity:500000ton /year
- Package:900kg IBC drum
- Usage:plasticizer,packaging material for food
structure and diffusion behavior of trioctyl trimellitate (totm) in pvc film studied by atr-ir spectroscopy lai h, et al. industrial engineering chemistry research,Its compatibility, plasticizing properties, low temperature performance and electrical properties are better than those of polyester plasticizers.
trioctyl trimellitate 99 3319-31-1 chemical,structure and diffusion behavior of trioctyl trimellitate (totm) in pvc film studied by atr-ir spectroscopy lai h, et al. industrial engineering chemistry research,Its compatibility, plasticizing properties, low temperature performance and electrical properties are better than those of polyester plasticizers.
the impact of plasticizer levels in hardening pvc plastic
- Type:Chemical auxiliary agent
- Purity:99%
- Grade:Industrial grade
- Color:Yellowish to colourless
- Storage:Store at dry, cool place
- Transport:By air,courier
- Sample:Free
- Certification:CCIC, REACH, SGS
- Features:High efficiency
- Production Capacity:500000ton /year
- Package:200kg Iron drum
- Usage:Coating auxiliary agents, leather
this paper provides a detailed investigation into the effects of trioctyl trimellitate (totm) plasticizer levels on the hardness of polyvinyl chloride (pvc) materials.
pvc tm totm trioctyl trimellitate plasticizer chemical,discover miraiplast 800-tm totm plasticizers enhancing plastics with superior performance.miraiplast 800 tm- totm trioctyl trimellitate. 01. overview; 02.
trioctyl trimellitate (totm) market size, share, growth, 2032
- Type:Carbon black
- Purity:99.59%
- Grade:Industrial grade
- Color:Transparent oily liquid without visible impurities
- Storage:Ventilated and dry place
- Transport:By air or sea
- Sample:Free
- Certification:ISO/MSDS/COA
- Features:Good comprehensive performance
- Production Capacity:100 metric tons per month
- Package:Plastic drum package
- Usage:Used as a plasticizer for plastics
trioctyl trimellitate 99 3319-31-1 chemical,the leachability of both di(2-ethylhexyl) phthalate (dehp) and tri(2-ethylhexyl) trimellitate (tehtm) or trioctyl trimellitate (totm) from haemodialysis tubing was investigated in 20 patients with chronic renal failure undergoing maintenance haemodialysis. the blood tubing made of common polyvinyl chloride (pvc) plasticized
the global trioctyl trimellitate (totm) market size was usd 0.77 billion in 2024 and is projected to touch usd 1.12 billion by 2032, at a cagr of 4.80% during the forecast period. trioctyl trimellitate (totm) is a primary branched monomeric plasticizer with extremely low volatility for vinyl homopolymer and copolymer resins.
trioctyl trimellitate 99 3319-31-1 high purity plasticizer
- Type:Adsorbent,plasticizer
- Purity:98.5%
- Grade:Industrial grade
- Color:Light yellow liquid
- Storage:Ventilated and dry place
- Transport:By air or sea
- Sample:Free
- Certification:CCIC, REACH, SGS
- Features:High efficiency
- Production Capacity:30000 ton/year
- Package:23tons/20GP, flexible bags
- Usage:Paper chemicals
trioctyl trimellitate 99%; cas number: 3319-31-1; ec number: 222-020-0; synonyms: totm,tris(2-ethylhexyl) trimellitate; linear formula: c6h3-1,2,4-[co2ch2ch(c2h5)(ch2)3ch3]3 at high purity plasticizer
trioctyl trimellitate electrical grade (totm-e) chemceed,trioctyl trimellitate (totm) is a high molecular weight, branched plasticizer used for pvc applications in which the end-use requires extreme low volatility. such applications can include vinyl automotive interior or molded parts, dishwasher gaskets, seals, and telephone wire.
trioctyl trimellitate 99 3319-31-1 chemical
- Type:Adsorbent
- Purity:99%min
- Grade:Top grade
- Color:Liquid
- Storage:Dry place
- Transport:By sea,courier
- Sample:Availabe
- Certification:REACH, BV ISO SGS
- Features:low volatility
- Production Capacity:500000tons
- Package:200kg/drum
- Usage:PVC shoe, PVC air blowing
structure and diffusion behavior of trioctyl trimellitate (totm) in pvc film studied by atr-ir spectroscopy lai h, et al. industrial engineering chemistry research,Its compatibility, plasticizing properties, low temperature performance and electrical properties are better than those of polyester plasticizers.
trioctyl trimellitate 99 3319-31-1 chemical,structure and diffusion behavior of trioctyl trimellitate (totm) in pvc film studied by atr-ir spectroscopy lai h, et al. industrial engineering chemistry research,Its compatibility, plasticizing properties, low temperature performance and electrical properties are better than those of polyester plasticizers.
- What is trioctyl trimellitate (TOTM)?
- Quality guaranteed, find your speciality chemicals with ease. Trioctyl Trimellitate (TOTM) is a high molecular weight, branched plasticizer used for PVC applications in which the end-use requires extreme low volatility. Such applications can include vinyl automotive interior or molded parts, dishwasher gaskets, seals, and telephone wire.
- What is TOTM used for?
- 0.10 max. lit. 283. lit. 46. 272-277. 250. 1.483–1.487. TOTM is almost colourless and oily liquid, free of foreign materials TOTM is a primary branched monomeric plasticizers for vinylhomopolymer and Copolymer resins. TOTM is suggested for use in those end-use areas where Extreme low volatility is required.
- What is TOTM lubricant?
- As a lubricant ester, TOTM can be utilized as a API category Group V basefluid or additive. Its properties make it useful in high temperature applications which require high viscosity, oxidative stability, along with good solvency and lubricating properties.
- Why should a designer consider DOTP (di-octyl terephthalate)?
- DOTP (di-octyl terephthalate) or DEHT Designers could consider DOTP because of its low costs, excellent toxicological profile , and no adverse effects on human health . However, it failed in efficiency factors, migration, and RBC hemolysis.
