Guangdong KDD Functional Materials Co., Ltd.
VA300C Resin Binder VA330 resin binder is uniquely formulated using KDD's proprietary technology, featuring distinctive characteristics: high thixotropy, excellent resistance to blocking, and superior anti-creasing performance. Typical physicochemical data: The values provided on this data sheet are typical only and do not constitute the product’s technical specifications. Physical Properties: Appearance: Pale yellow to slightly cloudy transparent liquid Viscosity: 30–50 seconds @ 25°C Color Value: < 4 Odor: Low odor
VA321 Resin Binder Sintered resin binder with excellent appearance and high opacity. Typical Physical and Chemical Data: The data provided on this page are typical values only and do not constitute the product's technical specifications. Physical Properties: Appearance: Yellow, transparent liquid Viscosity: 20–40 s / 25°C Color Value: < 2 Odor: Low odor
VA300C Resin Binder High-viscosity version of the VA300 resin binder. Typical Physical and Chemical Data: The data provided on this page are typical values only and do not constitute the product’s technical specifications. Physical Properties: Appearance: Pale yellow to slightly cloudy transparent liquid Viscosity: 30–50 seconds / 25°C Color Value: < 4 Odor: Low odor
AH1051 Waterborne Thixotropic Sintering Resin A functional acrylic resin with excellent pigment dispersibility, good flow properties, low odor, and superior water solubility. Typical Physical and Chemical Data: The data provided on this page are typical values only and do not constitute the product’s technical specifications. Product Description: Functional Acrylic Resin Solid (Active) Content: (±2%) 40% Appearance: Pale yellow to slightly milky light yellow liquid Solvent: Alcohol Ether Viscosity: (cps/25°C) 800–2000 pH Value: 7–9
Appearance: Yellow transparent liquid Viscosity: 20-35s/25 ℃ Color value:<4
Functional resin for water‑based high‑temperature sintering binder. It features good flowability and adhesion, and is suitable for high‑loading high‑temperature sintering inks. When blended with AH1050A, it enables more flexible adjustment of rheology, loading capacity, drying property and other performances of formulation systems.