Quantity(Tons) 1 - 10 11 - 40 41 - 100 >100 Est. Time(days) 5 7 15 To be negotiated
2000T/Month
1.Magnesium Hydroxide For Filled Compounds acts as an effective fire barrier by decomposing at 340°C, releasing water vapor to cool flames and forming a protective MgO char layer—critical for mining and industrial belts.
2.Unlike brominated/chlorinated additives,Magnesium Hydroxide For Filled Compounds eliminates toxic fumes, making it safer for underground mining, food processing, and enclosed environments.
3.Magnesium Hydroxide For Filled Compounds Improves thermal stability in rubber (SBR, EPDM) and PVC belts, reducing degradation from high-speed operations or hot material transport.
4.Rubber grade Magnesium Hydroxide Meets MSHA, DIN, and ISO flame-resistance requirements while being RoHS/REACH compliant—ideal for regulated industries.
5.Rubber grade Magnesium Hydroxide Lowers electrostatic risks in coal, grain, and powder handling belts, preventing spark-induced explosions.
Rubber grade Magnesium Hydroxide Decomposes at ~340°C, absorbing heat and releasing water vapor to suppress flames.
Rubber grade Magnesium Hydroxide Forms a protective MgO layer, preventing fire spread in rubber/PVC belts.
2.Low Smoke & Non-Toxic
Magnesium hydroxide in plastics unlike halogen based additives does not produce toxic fumes, so it is safer in the mining, food processing, and underground applications.
3.Enhanced Durability & Heat Resistance
Magnesium hydroxide in plastics Brightens the thermal stability of belts made of rubber (SBR, NBR, EPDM) and PVC, which results in less degradation of belts caused by friction/heat.
4.Environmentally friendly & compliant
Magnesium Hydroxide in Plastics Meets MSHA, DIN, and ISO fire safety standards without hazardous chemicals (RoHS/REACH compliant).
5.Improved Anti-Static Properties
Magnesium Hydroxide in Plastics Assist in the reduction of static accumulation in coal mines and grain handling belts, thus lowering the chances of explosions.
Applications in Conveyor Belts
Mining & Heavy Industry – Mag hydroxide for Plastic Inhibits burning of belts due to heat or friction.
Food Processing –Mag hydroxide for Plastic Allows direct food contact (complies with FDA/USDA).
Chemical & Manufacturing –Mag hydroxide for Plastic Resists ignition from sparks or hot materials.
Considerations
Loading Levels: Typically used at 30-60% by weight in polymer/rubber compounds.
Dispersion: Mag hydroxide for PlasticMust be well-dispersed to avoid weakening the belt structure.
Cost: Mag hydroxide for Plastic Costs more than alumina trihydrate (ATH) but is able to operate at higher temperature.
Contact us today for samples and technical data sheets!
TEST ITEM
Product
Whiteness(%)
Particle size D50(μm)
MgO(%)
Moisture content(%)
VB-3BS
≥92
≤3.5
≥62
≤0.5
VB-2CS
≥92
2.6±0.2
≥59
≤0.5
VB-5CH
≥90
≤5
≥58
≤0.5
VB-14EL
84±1
14±2
54±1
≤0.5
VB-10FT
≥80
9±1
50±1
≤0.5
VB-10CH
＞90
-
≥59
≤0.5
VB-5CH
＞90
5±0.5
≥58
≤0.5
VB-5AS
＞92.5
＜5
≥63
≤0.5
About Us
Our Quality & Service Guarantee
1.Product Quality Assurance We guarantee all delivered goods will strictly match the quality specifications of the initially provided samples and Certificate of Analysis (COA).
2.Customized Packaging Solutions All packaging will be executed according to your specific requirements, ensuring both safety and aesthetic presentation.We provide documented loading procedures with container loading photos for your reference.
3.Efficient Shipping Arrangements We handle all shipments using direct, non-transshipment vessels to ensure timely delivery. Complete shipping details will be promptly communicated for your tracking purposes.
4.Documentation Transparency Upon vessel departure, we will immediately scan and forward the full set of shipping documents to you without delay.
5.Comprehensive After-Sales Support Should any issues arise during goods receipt or product usage, our team remains available for immediate assistance and resolution.
