HJ-523
HQ0008
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Product Performance
· Low-Pressure Short-Cycle Impregnation: Beyond standard release properties, HJ-523 enhances the flowability of the resin. This reduces surface streaking on the impregnated paper and minimizes uneven resin distribution.
· Phenolic Resin Applications: When used with laminated phenolic resin impregnated papers, it acts as a high-efficiency release agent. Compared to similar products, it requires a significantly lower dosage.
· Key Characteristics: The product features low viscosity, low toxicity, and high stability.
· Ease of Use: HJ-523 is user-friendly and disperses easily within the resin. It provides effective release performance even for minor Urea-Formaldehyde (UF) resin overflows, ensuring a near-perfect impregnation finish for the film.
Application Guidelines
· Phenolic Resin (50% Solid Content): The recommended initial dosage is 0.5%. Once the process is stabilized, the dosage can be gradually reduced to a minimum of 0.3%.
· Melamine Resin: For applications such as impregnated furniture paper, the standard dosage is 0.3%–0.5% of the weight of the second-stage liquid resin.
· Urea-Formaldehyde (UF) Resin: To achieve superior release results, an appropriate amount of the product can be added to the UF resin. An initial dosage of 0.3% is suggested, with the final amount determined by the customer's production evaluation.
Instructions & Precautions
· Mixing: Stir at low speed before use to ensure a uniform mixture.
· Sequence: Important: The release agent must be added to the resin before the curing agent. The curing time should only be tested after the release agent has been fully integrated.
Appearance | Transparent, pale yellow or colorless |
PH | 7.0-8.5 |
Density | 1.00-1.10 |
Viscosity | 12'00-15'00 |
Packaging Specifications | 200-kilogram plastic drums or 1000-liter square plastic containers |
Storage Conditions | Store in a sealed container at 5-25°C for up to one year. Storage life may be slightly reduced at higher temperatures.At low temperatures (<10°C), the product may develop condensation. Thawing does not affect its efficacy. |
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