Metallic Salts
Our comprehensive collection of metallic salts, meticulously curated to meet the diverse needs of various industries. Our range includes a selection of high-quality compounds, each designed to deliver exceptional performance and reliability across multiple applications.
Discover the essence of lead-based compounds with our lead stearate, a versatile solution renowned for its effectiveness in enhancing the properties of PVC and other polymer formulations. Next, explore the capabilities of di basic lead stearate, offering optimal performance in cable insulation and PVC processing.
For specialized applications, we offer di basic lead phosphate, a premium compound known for its exceptional thermal stability and flame-retardant properties. Our tri basic lead stearate variants, available in 88% and 86% purity, provide unparalleled performance in PVC heat stabilization and wire and cable coatings.
Additionally, explore the versatility of di basic lead phthalate, meticulously formulated to meet the stringent requirements of diverse industries. With our range of metallic salts, you can expect superior quality, consistency, and performance, making them the preferred choice for applications across the spectrum.
| PRODUCT | FORM | APPLICATION |
|---|---|---|
| LEAD STEARATE | POWDER | PVC RIGID & SOFT |
| DI BASIC LEAD STEARATE | POWDER | PVC RIGID & SOFT |
| DI BASIC LEAD PHOSPHITE | POWDER | UV STABILIZER FOR PVC |
| TRI BASIC LEAD STEARATE (88%) | POWDER | PVC RIGID & SOFT |
| TRI BASIC LEAD STEARATE (82%) | POWDER | PVC RIGID & SOFT |
| DI BASIC LEAD PTHALATE | POWDER | PVC RIGID & SOFT |
- Lead Stearate:
- Description: Lead Stearate is a chemical compound formed by the reaction of stearic acid and lead oxide. It appears as a white powder and is commonly used as a heat stabilizer in PVC formulations.
- Application: Lead Stearate is widely utilized in the production of PVC rigid and soft materials, particularly in applications where thermal stability and color retention are essential.
- Di Basic Lead Stearate:
- Description: Di Basic Lead Stearate is another lead-based chemical compound primarily used as a heat stabilizer in PVC formulations. It is created by the reaction of stearic acid with lead hydroxide or lead oxide.
- Application: Di Basic Lead Stearate finds application in PVC rigid and soft materials, similar to Lead Stearate, offering thermal stability and helping in the processing of PVC materials.
- Di Basic Lead Phosphate:
- Description: Di Basic Lead Phosphate is a lead-based compound that acts as a stabilizer and lubricant in various applications. It is typically produced by the reaction of lead oxide with phosphoric acid.
- Application: Di Basic Lead Phosphate is mainly used as a UV stabilizer for PVC (Polyvinyl Chloride), providing protection against the harmful effects of ultraviolet radiation and enhancing the durability of PVC products exposed to sunlight.
- Tri Basic Lead Stearate (88%):
- Description: Tri Basic Lead Stearate, with an 88% lead content, is a chemical compound derived from stearic acid and lead oxide. It is utilized primarily as a heat stabilizer and lubricant in PVC formulations.
- Application: This compound is employed in PVC rigid and soft materials, offering excellent thermal stability and aiding in the processing and molding of PVC products.
- Tri Basic Lead Stearate (86%):
- Description: Tri Basic Lead Stearate with an 86% lead content is a variant of the compound mentioned above, primarily used for similar purposes as a heat stabilizer and lubricant in PVC formulations.
- Application: It finds application in PVC rigid and soft materials, contributing to thermal stability and facilitating the manufacturing processes of PVC products.
- Di Basic Lead Phthalate:
- Description: Di Basic Lead Phthalate is a chemical compound formed by the reaction of lead with phthalic acid. It is often used as a heat stabilizer in PVC applications and as a catalyst in various chemical reactions.
- Application: Di Basic Lead Phthalate is primarily utilized in PVC rigid and soft materials, providing heat stability and aiding in the processing and molding of PVC products.