Your Location:Home > Products > Solvents > Foamaster NXZ

Foamaster NXZ

Basic information

  • Product Name:Foamaster NXZ
  • CasNo.:8042-47-5
  • MF:
  • MW:

Physical and Chemical Properties

  • Purity:99%
  • Boiling Point:
  • Packing:liquid
  • Throughput:
Inquiry

Product Details

CasNo: 8042-47-5

Appearance: liquid

Delivery Time: 15 days

Packing: 180kg/drum

Purity: 99%

I. Basic Information

  • Product Type: Defoamer
  • Brand & Model: Foamaster NXZ
  • Core Ingredient: Mineral Oil, which serves as the core defoaming medium, featuring both efficient foam breaking and long - term foam inhibiting capabilities, and has excellent compatibility with most water - based/oil - based systems.
  • Packaging Specification: 180 kg/iron drum. Made of thick cold - rolled iron, it has high - strength impact resistance and sealing and moisture - proof properties. It can effectively isolate external impurities and moisture, reduce the risk of product deterioration or leakage during storage and transportation, and is suitable for industrial - grade bulk procurement and long - term storage needs.

II. Core Features

  1. Broad - spectrum System AdaptabilityIt can work stably for various latex systems and is compatible with mainstream latex types such as styrene/butadiene, acrylate, polyvinyl chloride and its copolymers, vinyl acetate/ethylene, vinylidene chloride, and water - soluble acrylic acid. There is no need to adjust the defoamer model for different systems, which greatly simplifies the enterprise's raw material procurement and formula management processes.

  2. Dual - effect of Efficient Defoaming and Foam Inhibition

    • Rapid Foam Breaking: After contacting the foam, it can quickly penetrate the foam film wall, destroy the tension balance of the film wall, and achieve "instant defoaming". It is especially suitable for sudden large - scale foam problems in the stirring stage of latex paint and adhesive production.
    • Long - term Foam Inhibition: It forms a stable "foam inhibition layer" in the system, which can inhibit the regeneration of foam during subsequent storage and construction (such as paint roller coating and adhesive coating), and avoid product defects (such as paint pinholes and insufficient adhesive bonding) caused by residual foam.
  3. Low Interference and Performance ProtectionIt has excellent compatibility with latex systems and ink systems. After addition, it will not cause stratification, precipitation or abnormal fluctuation of viscosity in the system. At the same time, it does not affect the key properties of the finished product - such as the film formation gloss and adhesion of latex paint, the bonding strength of adhesive, the color development and printing smoothness of ink. There is no need to worry about the balance between "defoaming" and "product performance".

III. Application Fields

Application Field Specific Scenarios and Role Description
Latex Paint Industry Suitable for interior wall latex paint, exterior wall engineering paint, elastic latex paint, etc., to solve foam problems in all links of production stirring, storage and standing, and construction coating, and ensure that the coating film is smooth and flawless.
Adhesive Industry Suitable for water - based pressure - sensitive adhesives, woodworking adhesives, packaging adhesives made of styrene/butadiene latex, acrylate latex, etc., to avoid voids in the bonding layer caused by foam and improve bonding reliability.
Ink Industry Can be used in water - based latex inks (such as packaging printing inks, fabric printing inks) to eliminate foam during ink grinding and thinning, and ensure clear printed patterns and uniform colors.
Other Latex Systems Suitable for products (such as latex gloves, latex sealants) made of polyvinyl chloride latex, vinyl acetate/ethylene latex, etc., to control the interference of foam on product forming during production.

IV. Usage Recommendations

  1. Addition Timing: It is recommended to add during the system stirring stage (such as paint mixing, adhesive emulsification) or when foam initially appears. If used in high - viscosity latex systems, it can be added twice in the way of "pre - bottoming + post - supplementary addition" to enhance the defoaming effect; Avoid adding when the system is close to curing or forming to prevent uneven dispersion.
  2. Addition Amount: It needs to be adjusted according to the severity of foam in the system. The conventional recommended addition amount is 0.1% - 0.5% of the total mass of the system. It is recommended to first determine the optimal dosage through a small test (such as taking 100g samples to test the effect of different addition amounts) to avoid slight oil shrinkage caused by excessive addition.
  3. Dispersion Method: When adding, keep the system stirring at a medium speed (recommended 200 - 500rpm) to ensure that the defoamer is evenly dispersed into the system. There is no need for additional high - speed shearing, which reduces energy consumption and operation complexity.

V. Storage and Shelf Life

  • Storage Conditions: It should be stored in a cool, dry, ventilated and dark warehouse, avoiding direct sunlight (to prevent the volatilization of mineral oil components) and low - temperature freezing (storage temperature is recommended to be 5℃ - 35℃), and kept away from fire sources and strongly corrosive substances.
  • Shelf Life: Under unopened conditions, follow the shelf life indicated on the package (usually 12 - 18 months); After opening, the barrel mouth should be sealed immediately, and it is recommended to use it up within 3 months to prevent impurities from mixing in or moisture from invading and affecting the defoaming performance.
  • Safety Tips: Wear gloves during operation to avoid direct contact with the skin; If it accidentally gets into the eyes, rinse immediately with plenty of water and seek medical attention. For specific safe operation specifications, please refer to the product's Material Safety Data Sheet (MSDS).