antioxidant 4010na (ippd)
- Classification:Chemical Auxiliary Agent
- Purity:95%
- Type:Rubber additive antioxidant
- Appearance:Grayish purple to purple brown granular
- Grade:Superior Class
- Application:used in manufacture of tires
- Storage:Dry
- Package:1kg/polybag, 25kg/kraftbag
rubber antioxidant 4010 (ippd) supplier,application: it is an antioxidant with high efficiency and multi-functions, being used in a wide range of applications. it is applicable in natural rubber, many kinds of synthetic rubber products and their latexes. it can be used in airplane, car tyre, bicycle tyre, as well as rubber products and latexes in cable industry.
location： products » antioxidant 4010na (ippd) antioxidant 4010na (ippd) chemical name n-isopropyl-n'-phenyl-p-phenylenediamine molecular formula: c15h18n2 chemical structure: cas no.: 101-72-4 specification: item specification 0.30 %.
synthesis and properties of a novel reactive and low-migration
the tensile strength, antioxidant properties, migration, and rpa of the resulting materials were tested and compared with those of the commercial antioxidants n-(1,3-dimethylbutyl)-n′-phenyl-p.
recent progress in the rubber antioxidants price,in this review, we summarized the recent advances in rubber antioxidants over the last 10 years and offered some perspectives to outline the challenges and future research directions for the rubber antioxidants. 2. brief introduction of the oxidation process and oxidation mechanism of the rubbers.
ippd(4010na) rubber antioxidant, rubber antioxidant 4010na price
properties: a high activity antioxidant for matural and synthetic rubber provides powerful antiozonant and antioxidant properties with excellent high temperature, fatigue and flex resistance to rubber compounds. while used primarily for ozone resistance, it is a
antioxidant technology for durability enhancement in polymer,degradation of antioxidant additives provoked by the distinctive chemical/electrochemical environment of low ph, electric.diphenylamine antioxidants, such as 4010na (ippd ) and 4020 (6ppd.
antioxidant 4010na sds, safety data sheets echemi
look through antioxidant 4010na msds details show. we provide antioxidant 4010na safety data sheet view and download for free at echemi.com. urinary excretion of n-isopropyl-n'-phenyl-p-phenylenediamine (101724) (ippd) was analyzed in 16 press operators.
recent progress in the rubber antioxidants price,this review mainly focused on thermo-oxidative aging because it is the most common aging type for rubbers. the oxidative degradation of rubber proceeds by a free-radical chain reaction mechanism [1]. as shown in fig. This product is combustible, when storing and transporting, always pay attention to fireproof and damp proof.
synthesis and antioxidative properties in natural rubber of novel
green and low‐cost methods are required as alternatives to conventional approaches for impeding the thermo‐oxidative degradation.antioxidant 4010na was successfully grafted onto graphene.
synthesis and properties of a novel reactive and low-migration,the addition of antioxidants to rubber is one of the most economical and effective methods for delaying rubber aging. however, antioxidant migration can cause environmental pollution. to address this issue, a new reactive antioxidant was synthesized via the chemical bonding of glycidyl methacrylate (gma) and p-aminodiphenylamine (ppda). the product was characterized by fourier-transform.
- Are EDA-CDs better than traditional antioxidant 4010na?
- Compared to traditional antioxidant 4010NA, it is found that the EDA-CDs showed the strongest photoluminescent intensity and superior antioxidative effect for SBR.
- How can Antioxidants improve the antioxidative capacity of the rubber matrix?
- Generally speaking, as shown in Figs. 2 and 3, there are two main strategies to improve the antioxidant's antioxidative capability for the rubber matrix: (i) using two or more antioxidants together, and (ii) molecular design of antioxidants. Fig. 2.
- Are natural antioxidants better than synthetic antioxidants?
- The beneficial effect of natural antioxidants is well known, and the risk of the formation of harmful byproducts is smaller during their use compared to the synthetic antioxidants. Actually, nature produces a large number of natural antioxidants to regulate various chemical processes.
