I. Product Introduction

Lydorflam 5007 is a new type of phosphorus, nitrogen, and bromine flame retardant suitable for polyolefins. It achieves flame retardant effects through mechanisms of expansion, carbonization, and thermal insulation, meeting the GWIT850℃ glowing wire requirements. Polyolefins flame-retarded with Lydorflam 5007 have characteristics such as low density and low smoke generation, and can successfully pass UL746C and glowing wire IEC60695-2 standard tests.

II. Product Specifications

Appearance: white powder N content: ≥19%

Whiteness: 94% P content: ≥15%

Particle size: ~10um Bromine content: ≤4%

Density: ~1.8g/cm3 Decomposition temperature: ≥282℃

Moisture: ≤0.5% Water solubility: ≤0.2%

III. Recommended Dosage:

IV. Product Characteristics

1. It has excellent heat resistance, with a decomposition temperature greater than 282℃, and is not prone to black spots.

2. It can provide a wide processing temperature range, and a screen can be added during extrusion and granulation.

3. No exudation, water boil resistant, can meet the 85℃, 168H water boil test.

4. Not affected by color powders, especially not affected by carbon black.

3. The flame retardant works through expansion and carbonization mechanisms, and any inorganic mineral fillers that destroy the flame retardant mechanism will affect the flame retardancy;

4. Choose a reasonable processing temperature to avoid the decomposition of the flame retardant under high temperature conditions; it is recommended that the processing temperature be between 180～190℃, and the screen at the die head should be removed.

V. Packaging and Storage

25Kg/bag, transported as general chemicals, stored in a dry and cool place, avoiding direct sunlight.

1. Product Introduction

Lydorflam 5009L is a new type of phosphorus-nitrogen halogen-free flame retardant suitable for polyolefins, integrating acid source, carbon source, and gas source to achieve flame retardancy through carbonization and expansion mechanisms. Polyolefins flame-retarded with Lydorflam 5009L do not contain halogen elements or heavy metal elements, and the flame-retardant products have characteristics such as low density and low smoke generation.

2. Product Specifications

Appearance: White powder               Particle size: 10-15μm

Moisture: ≤0.7%                     Decomposition Temperature: ≥265

3. Recommended Dosage

4. Processing Precautions:

1. Lydorflam 5009L has a relatively low bulk density, and the dispersion of the flame retardant plays a key role in the flame retardancy and processability of the product. To achieve better results, it is recommended to add an appropriate amount of dispersant to the formulation system to improve the dispersion and processability of the flame retardant.

2. The bulk density of the flame retardant is relatively low. A suitable resin with a high melt flow index can effectively coat the flame retardant. It is recommended to choose a resin with a medium to high melt flow index as the base material.

3. The flame retardant works through expansion and carbonization mechanisms; any inorganic mineral fillers that disrupt the flame retardant mechanism will affect its performance.

4. Choose a reasonable processing temperature to avoid the decomposition of the flame retardant under high temperatures. It is recommended to process at temperatures between 180 and 190℃, and to remove the screen from the die head.

5. Packaging and Storage

25Kg/bag, transported as general chemicals, stored in a dry and cool place, avoiding direct sunlight.

I. Product Introduction

Lydorflam 5001 is a new type of phosphorus and nitrogen halogen-free flame retardant suitable for polyolefins. The product exists in a cage-like molecular structure, integrating acid source, carbon source, and gas source, and does not contain APP. It achieves flame retardant effects through expansion, carbonization, and thermal insulation mechanisms. Polyolefins flame-retarded with Lydorflam 5001 do not contain halogen elements or heavy metal elements, and the flame-retardant products have characteristics such as low density and low smoke generation, successfully passing UL746C and glow wire IEC60695-2 standards tests.

II. Product Specifications

Appearance: White powder N content: ≥19%

Whiteness: 93% P content: ≥18%

Particle size: ~10um Solubility: ≤0.2%

Density: ~1.8g/cm3 Decomposition temperature: ≥285℃

Moisture: ≤0.5%

III. Recommended Dosage:

IV. Product Characteristics

1. Excellent heat resistance, decomposition temperature greater than 285℃, not easy to produce black spots

2. Can provide a wide processing temperature range, a screen can be added during extrusion and granulation

3. No precipitation, water boiling resistant, can meet 85℃, 168H boiling water test

4. Can be compounded with talc powder, wollastonite, barium sulfate, glass fiber and other minerals

5. Not affected by color powders, especially not affected by carbon black

V. Processing Precautions

1. Due to the relatively low bulk density of Lydorflam 5001, the dispersion of the flame retardant plays a key role in the flame retardant effect and processing of the product. To achieve better results, it is recommended to add an appropriate amount of dispersant in the formulation system, combined with a strong shear dispersing screw combination to improve the dispersibility and processability of the flame retardant.

2. The bulk density of the flame retardant is relatively low, selecting a suitable melt index resin can effectively coat the flame retardant, it is recommended to choose medium to high melt index resins as the base material.

VI. Packaging and Storage

25Kg/bag, transported as general chemicals, stored in a dry and cool place, avoiding direct sunlight.