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BYK-MAX NU 4230 LDPE is a granulated nucleation agent based on LDPE to increase the crystallization speed and amount of sperulithes in the polymer.

Safire® 400 nitrogen-phosphorus fire retardant (FR) technology from Huber Advanced Materials is designed to impart enhanced fire retardancy, smoke suppression and char formation compared with commonly available phosphate products. Huber has applied its fire retardant additive expertise in this novel category to create effective FR solutions for the most demanding applications, including thermoplastics, thermosets and coatings. The Safire® 400 technology also offers synergistic opportunities with our existing array of alumina trihydrate (ATH), magnesium hydroxide (MDH) and Kemgard® molybdate products.

 

The Safire® technology system is versatile and can be utilized as an effective flame retardant and smoke suppressant in these popular resin systems:

• Epoxy
• Polyamides (PAs)
• Polyesters (PBT; PET)
• Polyurethanes
• Polyolefins
• Elastomers

 

The Safire® Technology is designed to help you meet the most rigorous demands in these specific applications:

• Electrical and Electronics
• Wire and Cable
• Building and Construction
• Transportation

SB-30 is an unground ATH, commonly known as aluminum hydroxide used to suppress flame and smoke in plastics, rubber and cellulosics.

Q-Cel® Lightweight series products have a density approximately one-fifth of most thermoset resins. On an equal weight basis, the Q-Cel® hollow spheres occupy about five times more volume than an equivalent weight of resin, which can reduce compound weight and cost. They can replace heavy fillers, such as calcium carbonate, talc and clays, thus lowering the weight of composite materials. Spheres have the lowest surface area of any filler type, thus the lowest resin demand. Lower viscosities are common, allowing less resin to be used, usually resulting in cost savings in many applications. Q-Cel® 6014® is recommended for castings applications with polyesters, urethanes, PVC plastisol, and other systems where low viscosity and low shear processing conditions are used.