Products

Industrial Grade Talc Powder
Food And Pharmaceutical Grade Talc Powder
- Cosmetic Industry Talc Powder
- Pharmaceutical Industry Talc Powder
Special Function Grade Talc Powder
Flame Retardant Material Grade Magnesium Hydroxide
- Plastics Industry Magnesium Hydroxide
- Building Materials Industry Magnesium Hydroxide
Environmental Protection Grade Magnesium Hydroxide
- Wastewater Treatment Industry Magnesium Hydroxide
- Flue Gas Desulfurization Industry Magnesium Hydroxide
Food And Pharmaceutical Grade Magnesium Hydroxide
- Food And Pharmaceutical Industry Magnesium Hydroxide
Agricultural Grade Magnesium Hydroxide
- Magnesium Fertilizer
Flame Retardant Material Grade Charring Agent
- Plastics Industry Charring Agent
- Building Materials Industry Charring Agent

Featured products

Talc Powder For Tires

1.Talcum Powder For rubber prevents rubber components from sticking together due to high temperature or pressure during storage or transportation, maintaining the integrity of the tires. 2.Talcum Powder For rubber, as a lubricant and separator, helps make the materials of each layer of tires easier to handle, reduces friction and improves production efficiency. 3.Talcum Powder For rubber is hygroscopic and can absorb a small amount of moisture in the tire rubber, reducing bubbles or defects during the vulcanization process and enhancing the durability and safety of the tires. 4.As a natural mineral powder, Talcum Powder For rubber is low in price and easy to obtain. It is an economical and efficient auxiliary material in tire production and can replace some chemical release agents. 5.The modern tire industry requires the use of high-purity Industrial grade talcum powder.
Talc Powder For Film Blowing

1.Talc Powder For Film Application significantly improves the thermal shock resistance of polymers, enabling them to better withstand rapid temperature fluctuations. 2.The addition of Talc Powder For Film Application enhances both the flexural modulus and tensile yield strength of manufactured products, improving their structural performance. 3.Talcum Powder For PVC demonstrates outstanding dimensional stability and maintains chemical inertness across various operating conditions. 4.Calcination processing enhances Talc Powder For Film Application's natural whiteness, making it particularly valuable for applications requiring bright white pigmentation. 5.When incorporated into plastic esters, Talc Powder For Film Application effectively increases the material's stiffness while maintaining other desirable properties.
Charring Agent For Sheet

1.Building materials Grade Charring agent is a non-toxic, mineral-based alternative to synthetic charring agents, making it suitable for environmentally friendly flame-retardant sheets. 2.When exposed to fire, Building materials Grade Charring agent dehydrates (releasing water for cooling) and forms a ceramic-like char layer, insulating the material from heat and flames. 3.Building materials Grade Charring agent Effective in polymer sheets (PP, PE, EVA, rubber), textiles, and paper—used as a filler, coating, or in composites.

Plastics Industry Magnesium Hydroxide

Magnesium Hydroxide For USB Cable

1.Flame retardant Mag hydroxide Powder Meets UL 94 V-0 & IEC 60332 standards without toxic halogens. 2.Flame retardant Mag hydroxide Powder Produces minimal smoke, safer for indoor/consumer use. 3.Flame retardant Mag hydroxide Powder Critical for high-power USB-C/PD cables. 4.Flame retardant Mag hydroxide Powder Maintains Flexibility & Signal Integrity 5.Flame retardant Mag hydroxide Powder No corrosive gases (unlike PVC with halogen additives).
Magnesium Hydroxide For Rubber Hose

1.Magnesium Hydroxide For Rubber Elastomers Reduces toxic smoke, making it safer than halogenated alternatives. 2.Magnesium Hydroxide For Rubber Elastomers Approved for food-grade, medical, and automotive hoses (meets FDA, NSF, EU standards). 3.Magnesium Hydroxide For Rubber Elastomers Scavenges acidic gases (e.g., HCl) from rubber degradation, improving hose longevity. 4.Magnesium Hydroxide For Rubber Elastomers Maintains flexibility at 30-60% loading (if well-dispersed). 5.Magnesium Hydroxide For Rubber Elastomers Outperforms ATH in extreme heat (e.g., industrial, hydraulic, and automotive hoses).
Magnesium Hydroxide For Conveyor Belt

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.
Magnesium Hydroxide For Fire Seal

1.Decomposes at ~340°C, Magnesium Hydroxide for industrial use releasing water vapor to cool flames and forming a protective MgO char layer—ideal for silicone, rubber, and PVC-based fire seals. 2.Unlike halogen-based additives, Magnesium Hydroxide for industrial use suppresses toxic fumes and corrosive gases, critical for indoor and enclosed spaces . 3.Magnesium Hydroxide for industrial use Performs in silicone gaskets, intumescent strips, and expansion joints, enduring heat better than ATH. 4.Magnesium Hydroxide for industrial use Meets UL 94, EN 13501, and green building standards (RoHS/REACH) without bromine or phosphates. 5.Plastic grade Magnesium Hydroxide for Stearate or silane coatings improve dispersion in polymers, reducing viscosity issues at high loadings (50-65%).
Magnesium Hydroxide For Engineering Plastics

1.Magnesium Hydroxide For General Plastics acts as an eco-friendly flame retardant by decomposing endothermically (at ~340°C), releasing water vapor to cool the material and forming a protective MgO char layer. 2.Effective flame resistance demands high filler content, Magnesium Hydroxide For General Plastics can reduce mechanical properties (e.g., impact strength, flexibility) and increase melt viscosity. 3.Magnesium Hydroxide For General Plastics Often modified with silanes or fatty acids to improve dispersion in polymers like nylon (PA), PP, and PBT, enhancing flame retardancy and processing. 4.Unlike halogenated flame retardants, PE foaming grade Magnesium Hydroxide produces minimal smoke and no corrosive gases, making it ideal for electronics and automotive applications. 5.PE foaming grade Magnesium Hydroxide Combined with melamine polyphosphate, nanoclays, or intumescent additives to reduce loading while maintaining flame retardancy, especially in high-performance plastics.
Magnesium Hydroxide For General Purpose Plastics

1.Halogen-free, non-toxic, and compliant with RoHS/REACH, making Magnesium Hydroxide in Plastic Extrusion safer than brominated or chlorinated alternatives. 2.Magnesium Hydroxide in Plastic Extrusion Releases water vapor at ~340°C, cooling the material and forming a protective MgO layer to inhibit combustion. 3.Magnesium Hydroxide in Plastic Extrusion Unlike halogen-based retardants, it minimizes smoke emission and avoids toxic fumes, ideal for cables, automotive, and construction. 4.Effective flame retardancy needs significant filler content, which may weaken mechanical properties unless surface-treated (e.g., silane-coated). 5.Magnesium Hydroxide For PC Suitable for general-purpose plastics but limited in high-temperature polymers (e.g., PPS, PEEK) due to its decomposition threshold.
Magnesium Hydroxide For Nylon

1.Magnesium hydroxy for industrial use significantly enhances the flame retardancy of nylon materials through an endothermic decomposition reaction (300-350℃). 2.The water vapor produced by the decomposition of Magnesium hydroxy for industrial use dilutes the flammable gas, and the residual MgO forms a protective carbon layer. 3.Magnesium hydroxy for industrial use is completely halogen-free and complies with environmental protection regulations such as RoHS. It does not produce toxic gases or corrosive smoke when burned. 4.Magnesium hydroxy for industrial use provides flame retardancy while maintaining the mechanical properties of nylon materials. 5.Magnesium hydroxy for Plastics needs to undergo surface modification treatment (such as silane coupling agent) to improve its compatibility with the nylon matrix.
Magnesium Hydroxide For Cable And Wire

1.Magnesium Hydroxide For Wire and Cable Sheath Combustion generates a magnesium oxide barrier layer, significantly delaying combustion and reducing toxic smoke. 2.Flame retardant Magnesium Hydroxide Powder is completely halogen-free and complies with international standards such as RoHS and REACH. It does not produce corrosive gases when burned. 3.Magnesium Hydroxide For Wire and Cable Sheath is used in low smoke zero halogen cables, building wiring, automotive wiring harnesses, etc., and meets flame retardant standards such as IEC/UL/EN. 4.The dispersibility in substrates such as PE and EVA can be improved through surface modification, Flame retardant Magnesium Hydroxide Powder taking into account both mechanical properties and flame retardancy. 5.Magnesium hydroxide for cable filler is safer than halogen-based flame retardants and has a better long-term comprehensive cost than synthetic flame retardants.
Magnesium Hydroxide For Fire-retardant Cable

1.Flame retardant Magnesium Hydroxide demonstrates excellent compatibility and performance enhancement in PVC wire formulations, improving flame resistance while maintaining optimal electrical and mechanical properties. 2.In EVA-based wire compounds, Flame retardant Magnesium Hydroxide delivers outstanding flame retardant performance and material stability, making it ideal for demanding electrical applications. 3.During combustion, Flame retardant Magnesium Hydroxide effectively absorbs surface heat from burning materials while simultaneously releasing water vapor, creating a dual-action fire suppression mechanism. 4.As an industry-leading solution, Flame retardant Magnesium Hydroxide is extensively utilized for smoke reduction and control in various polymer applications, significantly improving fire safety outcomes. 5.Our Magnesium Hydroxide for Fire Resistant Cable offers exceptional buffering capacity, superior chemical activity, and excellent adsorption characteristics - three critical properties for advanced cable applications.

1
2
Next page
Last page

Products

Featured products

Talc Powder For Tires

Talc Powder For Film Blowing

Charring Agent For Sheet

Plastics Industry Magnesium Hydroxide

Magnesium Hydroxide For USB Cable

Magnesium Hydroxide For Rubber Hose

Magnesium Hydroxide For Conveyor Belt

Magnesium Hydroxide For Fire Seal

Magnesium Hydroxide For Engineering Plastics

Magnesium Hydroxide For General Purpose Plastics

Magnesium Hydroxide For Nylon

Magnesium Hydroxide For Cable And Wire

Magnesium Hydroxide For Fire-retardant Cable