Technical datasheet
DHT™ -4V
Supplied byKisuma Chemicals (Kyowa Chemical Industry)- Last Updated on Sep 23, 2025
DHT™ -4V by Kisuma Chemicals (Kyowa Chemical Industry) acts as an acid scavenger in polymer production and processing. It has surface treated with RSPO certified vegetable-based agent. It can deactivate the residual quantities of acidic substances associated with ziegler-natta, friedel craft, metallocene or other acid catalysts used to produce polymers or elastomers. It can be used at low dosage levels which ensures polymer physical- and optical properties are unaffected.
- It offers mechanism of adsorbing acids based on anion-exchange.
- DHT™ -4V is recommended for production and processing of polyolefin.
- It meets with FDA regulations and EU 10/2011 (plastic materials and articles intended to come in contact with foodstuffs).
- It enhances the heat, fluid and ageing resistance of chloroprene (CR) and epichlorohydrin (ECO) rubbers.
- It improves both the mechanical and the chemical resistance of rubber compounds.
- It is high-performance, PFAS-free elastomer solutions without compromising quality.
- It enables formulators and sustainability-driven material specifiers to reduce or eliminate the use of fluorinated elastomers like FKM, thus reducing the reliance on materials flagged as hazardous to human health and the environment.
- DHT™ -4V also contributes to the United Nation’s Sustainability Development Goals 12 (Responsible Consumption) and 13 (Climate Action) by improving production safety, regulatory compliance and long-term material sustainability.
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Compliance
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DHT™ -4V properties
Other properties
| Properties | Value & unit | Test condition | Test method |
|---|---|---|---|
| Auto-ignition Temperature | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Decomposition Temperature | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Density | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Hardness, Mohs scale | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Heavy Metal Content | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Iron Content | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Loss on Drying | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Melting Point | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Molar Ratio MgO/Al2/O3 | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Particle Size Distribution | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Particle Size Distribution | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Particle Size, Average | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Refractive Index | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Specific Gravity | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Surface Area | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Surface Tension | 0.0 Visible After Login | Visible After Login | Visible After Login |
| Vapor Pressure | 0.0 Visible After Login | Visible After Login | Visible After Login |
| pH | 0.0 Visible After Login | Visible After Login | Visible After Login |
| pH | 0.0 Visible After Login | Visible After Login | Visible After Login |
