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NIKNAM CHEMICALS PVT. LTD.
305, Ansal Classique Tower, J Block Community Center, Rajouri Garden,
110027
New Delhi
India
India
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Contact
Sushil Ladha
Director
Niket Ladha
Director
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Visit us
16 Oct 2019
Topic
all-day
Visit Niknam Chemicals Pvt. Ltd FLAME RETARDANT PEOPLE from India at K 2019 in Düsseldorf in Hall 5 Stand B05-08
23 Oct 2019
Topic
15:00 - 16:00
ALUMINIUM TRIHYDRATE
16:00 - 17:00
ALUMINIUM HYDROXIDE
Our range of products
Product categories
- 01 Raw materials, auxiliaries
- 01.03 Resins and compounds
- 01.03.003 Bulk moulding compounds (BMC)
Bulk moulding compounds (BMC)
- 01 Raw materials, auxiliaries
- 01.03 Resins and compounds
- 01.03.005 Dough moulding compounds (DMC)
Dough moulding compounds (DMC)
- 01 Raw materials, auxiliaries
- 01.03 Resins and compounds
- 01.03.045 SMC (sheet moulding compounds)
SMC (sheet moulding compounds)
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.002 Additives, other
Additives, other
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.009 Aluminium trihydrate
Aluminium trihydrate
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.015 Antimony trioxide
Antimony trioxide
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.028 Fire protection agents
Fire protection agents
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.055 Functional pigments
Functional pigments
- 01 Raw materials, auxiliaries
- 01.10 Additives
- 01.10.098 Smoke density reductioners
Smoke density reductioners
- 01 Raw materials, auxiliaries
- 01.11 Fillers
- 01.11.002 Aluminium hydroxide
Aluminium hydroxide
- 01 Raw materials, auxiliaries
- 01.11 Fillers
- 01.11.030 Mineral fillers
Mineral fillers
- 01 Raw materials, auxiliaries
- 01.14 Others
- 01.14.009 Cable compounds
Cable compounds
- 02 Semi-finished products, technical parts and reinforced plastics
- 02.04 Product groups
- 02.04.001 Semi finished products
- 02.04.001.11 Semi finished products of polyvinylchloride (PVC)
Semi finished products of polyvinylchloride (PVC)
- 02 Semi-finished products, technical parts and reinforced plastics
- 02.05 Products
- 02.05.021 Conveyor belts
Conveyor belts
Our products
Product category: Aluminium trihydrate
ALUMINIUM TRIHYDRATE
ALUMINIUM TRIHYDRATE is a very finely grounded and having a uniform and controlled particle size distribution. Aluminium Trihydrate (ATH ) is the most effective low cost Flame Retardant filler and is mainly used as a FLAME RETARDANT in various Plastics and Rubber Applications.
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 3-80 Microns (As per Grade)
Coatings Available SILANE & STEARIC
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 3-80 Microns (As per Grade)
Coatings Available SILANE & STEARIC
Target Products
Flame Retardant
Product category: Aluminium hydroxide
ALUMINIUM HYDROXIDE
Aluminium Hydroxide is a Finely Precipitated Special ATH. Finely Precipitated Special ATH is one of the Largest Consumed Flame Retardant across the World by volumes in various applications. It is an environment friendly and non toxic mineral based flame retardant for plastics and rubber. Large volumes of finely precipitated ATH are used in plastics and rubber compounding for imparting flame retardancy along with smoke suppression property as well, making it an effective smoke suppressant along with a flame retardant.
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE imparts improved compounding performance, better powder flowability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapour dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7-2.2 Microns
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE imparts improved compounding performance, better powder flowability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapour dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7-2.2 Microns
Target Products
Flame Retardant
Product category: Fire protection agents
MAGNESIUM HYDROXIDE FIRE RETARDANT ADDITIVES (MDH)
Magnesium Hydroxide is a very finely grounded product having an extremely uniform and narrow particle size distribution as well. And is considered as an non halogenated, environment friendly and non toxic mineral based flame retardant & smoke suppressant for various plastics & rubber applications.
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 90 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 90 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
Target Products
Flame Retardant
Product category: Smoke density reductioners
Molybdenum Trioxide smoke suppressant & smoke density reductioner for cable compound
Molybdenum Trioxide is a high purity free flowing powder and is the most effective Smoke Suppressant used in a variety of applications.
Molybdenum Trioxide is used in various formulations in order to achieve reduced smoke levels along with high level of flame retardancy, specially in rigid and flexible PVC applications.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Molybdenum (Mo) 66.40 % (Min)
Assay as (MoO3) 99.50 % (Min)
Alkalis (Na + K) 0.02 % (Max)
Copper (Cu) 0.02 % (Max)
Iron (Fe) 0.02 % (Max)
Silica (Si) 0.01 % (Max)
Water (H2O) 0.02 % (Max)
Residue (at 325 Mesh) Nil
Molybdenum Trioxide is used in various formulations in order to achieve reduced smoke levels along with high level of flame retardancy, specially in rigid and flexible PVC applications.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Molybdenum (Mo) 66.40 % (Min)
Assay as (MoO3) 99.50 % (Min)
Alkalis (Na + K) 0.02 % (Max)
Copper (Cu) 0.02 % (Max)
Iron (Fe) 0.02 % (Max)
Silica (Si) 0.01 % (Max)
Water (H2O) 0.02 % (Max)
Residue (at 325 Mesh) Nil
Target Products
Flame Retardant
Product category: Fire protection agents, Smoke density reductioners, Conveyor belts, Antimony trioxide
Zinc Borate flame retardant, smoke suppressant and smoke density redutioner
ZINC BORATE is a highly effective flame retardant synergist being used as a flame retardant and smoke suppressant for a wide range of applications. Zinc Borate is also an environment friendly flame retardant as it is non toxic in nature and it does not generate any toxic/corrosive gases.
Zinc Borate is used in plastics, rubbers, textiles, paints, adhesives, pigments and ceramic industries. Zinc Borate can replace antimony trioxide partially as a synergist in plastics and rubber to enhance the activity of primary flame-retardants by stepwise releasing the radicals in a wide variety of end-use products.
Zinc Borate is also known as ZB 2335, Borate Flame Retardant and Fire Break Zinc Borate
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
ZnO Content (By Weight) % 37.5±1.5
B2O3 Content (By Weight) % 48.0±1.5
Loss on ignition % 14.5±1.0
Moisture Content, % 0.20 (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Appearance Fine White powder
Sieve Residue (at 325 mesh), % 0.10 (Max)
Average Particle Size (d50) 2-3 Microns
Zinc Borate is used in plastics, rubbers, textiles, paints, adhesives, pigments and ceramic industries. Zinc Borate can replace antimony trioxide partially as a synergist in plastics and rubber to enhance the activity of primary flame-retardants by stepwise releasing the radicals in a wide variety of end-use products.
Zinc Borate is also known as ZB 2335, Borate Flame Retardant and Fire Break Zinc Borate
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
ZnO Content (By Weight) % 37.5±1.5
B2O3 Content (By Weight) % 48.0±1.5
Loss on ignition % 14.5±1.0
Moisture Content, % 0.20 (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Appearance Fine White powder
Sieve Residue (at 325 mesh), % 0.10 (Max)
Average Particle Size (d50) 2-3 Microns
Target Products
Flame Retardant
Product category: Conveyor belts
Flame Retardant Fillers for Conveyor belt and pvc Cable compound
ALUMINIUM TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , CALCIUM BORATE , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Cable compounds
Cable compounds chemicals for LOW SMOKE HALOGEN FREE HFFR / LSHF / LSZH
ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , ZINC BORATE , ALUMINA TRIHYDRATE , CALCIUM BORATE , ATH , FLAMEX / FAM-501 , ALUMINIUM TRIHYDROXIDE , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL , SMC , DMC , BMC etc
Target Products
Flame Retardant
Product category: SMC (sheet moulding compounds)
(ATH) alumina trihydrate
ALUMINIUM TRIHYDRATE (ATH) is a very finely grounded and having a uniform and controlled particle size for low oil absorption and low viscosity . Aluminium Trihydrate is the most effective low cost Flame Retardant filler and is mainly used as a FLAME RETARDANT in various Plastics and Rubber Applications.
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 4-20 Microns (As per Grade)
Coatings Available STEARIC
Target Products
Flame Retardant
Product category: Additives, other
Aluminium Trihydrate (ATH )
ATH (ALUMINIUM TRIHYDRATE ) is a very finely grounded and having a uniform and controlled particle size . Aluminium Trihydrate is the most effective low cost Flame Retardant filler and is mainly used as a flame retardant addive in various Plastics and Rubber Applications.
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 4-20 Microns (As per Grade)
Coatings / addidives Available STEARIC
Target Products
Flame Retardant
Product category: SMC (sheet moulding compounds)
Sheet Moulding Compounds SMC Flame Retardant Chemical ATH
ALUMINIUM TRIHYDRATE (ATH ) is a very finely grounded and having a uniform and controlled particle size for LOW OIL ABSORPTION and LOW VISCOSITY . Aluminium Trihydrate is the most effective low cost Flame Retardant filler and is mainly used as a FLAME RETARDANT in various Plastics and Rubber Applications.
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 4-20 Microns (As per Grade)
Coatings Available STEARIC
Target Products
Flame Retardant
Product category: Fire protection agents
Fire Protection Agents
FIRE RETARDANT
FLAME RETARDANT (FAM-501) is a One Pack Flame Retardrdant & Smoke Suppressant developed for Plasticized PVC applications. It is an Aluminium & Magnesium inorganic complex synergist treated with dispersing aids which results in the superior dispersion, processability and compatibility of FAM-501 with the polymer hence imparting superior flame retardant & Smoke Suppressant properties as compared to the other traditional synergists especially in PVC. Synergism of FAM-501 has also been reported along with high dosage of ATH in FRLS PVC Formulations.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Appearance White Powder
Moisture 0.20 % (Max)
Bulk Density 0.40-0.45 g/cc
Average Particle Size 1-1.5 Microns
Sieve Residue (at 325 Mesh) 0.01 % (Max
FLAME RETARDANT (FAM-501) is a One Pack Flame Retardrdant & Smoke Suppressant developed for Plasticized PVC applications. It is an Aluminium & Magnesium inorganic complex synergist treated with dispersing aids which results in the superior dispersion, processability and compatibility of FAM-501 with the polymer hence imparting superior flame retardant & Smoke Suppressant properties as compared to the other traditional synergists especially in PVC. Synergism of FAM-501 has also been reported along with high dosage of ATH in FRLS PVC Formulations.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Appearance White Powder
Moisture 0.20 % (Max)
Bulk Density 0.40-0.45 g/cc
Average Particle Size 1-1.5 Microns
Sieve Residue (at 325 Mesh) 0.01 % (Max
Target Products
Flame Retardant
Product category: Fire protection agents
HYDRATED ALUMINA
ALUMINIUM TRIHYDRATE is a very finely grounded and having a uniform and controlled particle size distribution. Aluminium Trihydrate is the most effective low cost Flame Retardant filler and is mainly used as a FLAME RETARDANT in various Plastics and Rubber Applications.
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 3-80 Microns (As per Grade)
Coatings Available SILANE & STEARIC
Stearic & Silane Coated Products are also available, the coating method used is through high speed spray dried technology which hence leads to uniform coating of the particle which further results in improved dispersion and compounding performance.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al2O3 64.5 % (Min)
Fe2O3 0.02 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.20 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Specific Gravity 2.40
Average Particle Size (d50) Ranges from 3-80 Microns (As per Grade)
Coatings Available SILANE & STEARIC
Target Products
Flame Retardant
Product category: Antimony trioxide
ANTIMONY TRIOXIDE (ATO) REPLACEMENT IN PVC
FLAME GUARD is a proprietary One Pack Flame Retardant & Smoke Suppressant developed for Flexible and Rigid PVC applications. It is an Aluminum, Magnesium & Zinc inorganic complex synergist treated with SILANE which acts as a coupling agent and therefore improves the dispersion in the polymer and imparts superior flame retardant & Smoke Suppressant properties as compared to traditional synergists especially in PVC.
Making use of the proprietary synergist technology it provides a boost in the Char Formation and helps in attaining the desired Limiting Oxygen Index Value without any addition of Antimony Trioxide (ATO ) in FRLS PVC Formulations. Synergism of Flame Guard has also been reported along with high dosage of ATH in various PVC Flame Retardant Low Smoke Formulations. It also has good thermal stability, excellent light stability, superior long term durability and is easily processed and dispersed.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Appearance White Powder
Specific Gravity 2.40 ± 0.05
Moisture 0.20 % (Max)
Bulk Density 0.40-0.45 g/cc
Average Particle Size 1-2 Microns
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Making use of the proprietary synergist technology it provides a boost in the Char Formation and helps in attaining the desired Limiting Oxygen Index Value without any addition of Antimony Trioxide (ATO ) in FRLS PVC Formulations. Synergism of Flame Guard has also been reported along with high dosage of ATH in various PVC Flame Retardant Low Smoke Formulations. It also has good thermal stability, excellent light stability, superior long term durability and is easily processed and dispersed.
TYPICAL SPECIFICATION
PROPERTIES VALUE
Appearance White Powder
Specific Gravity 2.40 ± 0.05
Moisture 0.20 % (Max)
Bulk Density 0.40-0.45 g/cc
Average Particle Size 1-2 Microns
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Target Products
Flame Retardant
Product category: Fire protection agents, Additives, other, Antimony trioxide, Functional pigments, Smoke density reductioners, Mineral fillers, Cable compounds, Semi finished products of polyvinylchloride (PVC), Conveyor belts
Calcium Borate as filler in fire retardant application
Calcium Borate is characterised as an environmental friendly mineral based Flame Retardant / FIRE RETARDANT Synergist developed as an alternative for the Synthetic Zinc Borate in order to solve the thermal stability problem accompanied by Zinc Borate in plasticized PVC Applications, along with imparting superior Flame Retardant properties comparatively to Zinc Borate.
The Fire Retardant action of Calcium Borate is mainly based upon its high Char Forming and Glazing/ Fluxing ability in combination with endothermic decomposition (Heat-Shrink Effect) and along with its inert water content (Loss on Ignition) which is quite higher as compared to traditional Zinc Borate which gives it an edge over it.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
CaO Content (By Weight) % 32±1.5
B2O3 Content (By Weight) % 44±1.5
MgO % 0.10 (Max)
Loss on ignition % 23.6±1.50
Moisture Content, % 0.20 (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Appearance White powder
Sieve Residue (Through 325mesh), % 0.20 (Max)
Average Particle Size (d50) 2-3 Microns
The Fire Retardant action of Calcium Borate is mainly based upon its high Char Forming and Glazing/ Fluxing ability in combination with endothermic decomposition (Heat-Shrink Effect) and along with its inert water content (Loss on Ignition) which is quite higher as compared to traditional Zinc Borate which gives it an edge over it.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
CaO Content (By Weight) % 32±1.5
B2O3 Content (By Weight) % 44±1.5
MgO % 0.10 (Max)
Loss on ignition % 23.6±1.50
Moisture Content, % 0.20 (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Appearance White powder
Sieve Residue (Through 325mesh), % 0.20 (Max)
Average Particle Size (d50) 2-3 Microns
Target Products
Flame Retardant
Product category: Additives, other
Additive
ADDITIVES FOR FIRE RETARDANT :
ALUMINA TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , CALCIUM BORATE, ATH ,FLAMEX / FAM-501 , ALUMINIUM TRIHYDROXIDE , FLAME GUARD , MOLYBDENUM TRIOXIDE , FUNCTIONAL FILLERS ,FLAME RETARDANT FILLERS USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL B1 A2, SMC ,BMC , DMC, ACP FR B1, ACP FR A2 etc
ALUMINA TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , CALCIUM BORATE, ATH ,FLAMEX / FAM-501 , ALUMINIUM TRIHYDROXIDE , FLAME GUARD , MOLYBDENUM TRIOXIDE , FUNCTIONAL FILLERS ,FLAME RETARDANT FILLERS USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL B1 A2, SMC ,BMC , DMC, ACP FR B1, ACP FR A2 etc
Target Products
Flame Retardant
Product category: Additives, other
Aluminium Hydroxide as functional Fillers
ALUMINIUM HYDROXIDE , ATH,ZINC BORATE , ALUMINIUM TRIHYDRATE,MAGNESIUM HYDROXIDE , ALUMINA TRIHYDRATE ,CALCIUM BORATE , ALUMINIUM TRIHYDROXIDE , HYDRATED ALUMINA,FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FUNCTIONAL FILLERS - USED IN PLASTIC & RUBBER INDUSTRY , SMC , ALUMINIUM COMPOSITE PANEL , ,DMC , FR , FRLS , ZHFR , HFFR CABLE COMPOUNDS, THERMPOPLASTIC ,EVA , LDPE , CONVEYOR BELTS , Acp ,FR B1 , Aluminium composite panel FR A2 etc
Target Products
Flame Retardant
Product category: Smoke density reductioners
ALUMINIUM HYDROXIDE
Aluminium Hydroxide is a Finely Precipitated Special ATH. Finely Precipitated Special ATH functional filler is one of the Largest Consumed Flame Retardant functional fillers across the World by volumes in various applications. It is an environment friendly and non toxic mineral based flame retardant filler for plastics and rubber. Large volumes of finely precipitated ATH are used in plastics and rubber compounding for imparting flame retardancy along with smoke suppression property as well, making it an effective smoke suppressant along with a flame retardant.
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE functional fillers improved compounding performance, better powder followability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide functional filler is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7 -2.2 Microns
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE functional fillers improved compounding performance, better powder followability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide functional filler is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7 -2.2 Microns
Target Products
Flame Retardant
Product category: Fire protection agents
Aluminium Hydroxide used as Flame Retardant Filler and Functional additives
Aluminium Hydroxide is a Finely Precipitated Special ATH. Finely Precipitated Special ATH functional filler is one of the Largest Consumed Flame Retardant functional fillers across the World by volumes in various applications. It is an environment friendly and non toxic mineral based flame retardant filler for plastics and rubber. Large volumes of finely precipitated ATH are used in plastics and rubber compounding for imparting flame retardancy along with smoke suppression property as well, making it an effective smoke suppressant along with a flame retardant.
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE functional fillers improved compounding performance, better powder followability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide functional filler is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7 -2.2 Microns
Target Products
Flame Retardant
Product category: Mineral fillers
fire retardant additives
MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE CALCIUM BORATE , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Semi finished products of polyvinylchloride (PVC)
Flame Retardant
ALUMINIUM TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , CALCIUM BORATE , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Mineral fillers
Mineral fillers for polymer application
ALUMINIUM TRIHYDRATE , MAGNESIUM HYDROXIDE , ATH, ZINC BORATE , ALUMINIUM HYDROXIDE ,CALCIUM BORATE ,ALUMINA TRIHYDRATE , HYDRATED ALUMINA , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Cable compounds
Cable compound chemicals for LSHF / LSZH
ALUMINIUM HYDROXIDE , MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , ZINC BORATE ,CALCIUM BORATE , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Semi finished products of polyvinylchloride (PVC)
Eco friendly fire retardant additives for pvc,rubber, eva, ldpe,pe
MAGNESIUM HYDROXIDE , ALUMINIUM TRIHYDRATE , ZINC BORATE , ALUMINIUM HYDROXIDE ,CALCIUM BORATE , FLAMEX / FAM-501 , FLAME GUARD , MOLYBDENUM TRIOXIDE , FLAME RETARDANT ADDITIVES , FLAME RETARDANT FILLERS , FUNCTIONAL FILLERS , USED IN PLASTIC & RUBBER INDUSTRY , ALUMINIUM COMPOSITE PANEL FR B1 A2,SMC , DMC , BMC , ACP B1 granules, ACP A2 granules etc
Target Products
Flame Retardant
Product category: Additives, other
2 microns Aluminium Hydroxide
Aluminium Hydroxide is a Finely Precipitated Special ATH. Finely Precipitated Special ATH functional filler is one of the Largest Consumed Flame Retardant functional fillers across the World by volumes in various applications. It is an environment friendly and non toxic mineral based flame retardant filler for plastics and rubber. Large volumes of finely precipitated ATH are used in plastics and rubber compounding for imparting flame retardancy along with smoke suppression property as well, making it an effective smoke suppressant along with a flame retardant.
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE functional fillers improved compounding performance, better powder followability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide functional filler is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7 -2.2 Microns
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE functional fillers improved compounding performance, better powder followability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide functional filler is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapor dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7 -2.2 Microns
Target Products
Flame Retardant
Product category: Additives, other
1 micron Magnesium Hydroxide
Magnesium Hydroxide is a very finely grounded product having an extremely uniform and narrow particle size distribution as well. And is considered as an non halogenated, environment friendly and non toxic mineral based flame retardant & smoke suppressant for various plastics & rubber applications.
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
Target Products
Flame Retardant
Product category: Functional pigments
Functional Pigments
Aluminium Hydroxide is a Finely Precipitated Special ATH. Finely Precipitated Special ATH is one of the Largest Consumed Flame Retardant across the World by volumes in various applications. It is an environment friendly and non toxic mineral based flame retardant for plastics and rubber. Large volumes of finely precipitated ATH are used in plastics and rubber compounding for imparting flame retardancy along with smoke suppression property as well, making it an effective smoke suppressant along with a flame retardant. It is also used as Fillers and additives, e.g. as white pigments in paint or as an all-natural barrier layer in foil.
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE imparts improved compounding performance, better powder flowability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapour dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7-2.2 Microns
Due to the uniform and extremely fine particle size distribution ALUMINIUM TRIHYDRATE imparts improved compounding performance, better powder flowability, higher dosage capability, improved extrusion speed, better thermal stability along with better output and finishing of the end product.
The flame retardant action of Aluminium Hydroxide is mainly due to the endothermic decomposition of the hydroxide Al(OH)3 into the thermally stable oxide Al2O3 at a temperature of about 200 – 220 °C. The released water vapour dilutes the burnable gases and oxygen, and an aluminium oxide layer is formed which protects the undamaged plastic and hence suppresses the smoke in the event of burning.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Al (OH)3 99.50 % (Max)
Al2O3 64.5 % (Min)
Fe2O3 0.01 % (Max)
SiO2 0.01 % (Max)
Na2O (Total) 0.09 % (Max)
TiO2 0.001 % (Max)
Loss on ignition 34.50 % (Max)
Moisture Content 0.25 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 96 %
Specific Gravity 2.40
Particle Shape Platelet / Pseudo-Hexagonal
Median particle diameter 1.7-2.2 Microns
Target Products
Flame Retardant
Product category: Cable compounds
FR B1 COMPOUND
Magnesium Hydroxide is a very finely grounded product having an extremely uniform and narrow particle size distribution as well. And is considered as an non halogenated, environment friendly and non toxic mineral based flame retardant & smoke suppressant for various Halogen free flame retardant , HFFR , plastics , Aluminium Composite Panel compound (inner layer ) FR B1 & rubber applications.
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 90 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
The initial Dehydration / Decomposition Temperature of Magnesium Hydroxide is 320O C making it suitable for applications where the usage of Aluminium Trihydrate (ATH) has a limitation due to higher polymer processing temperature of more than 180 O C.
And due to the higher Dehydration / Decomposition Temperature than ATH it is being used as an effective smoke suppressant as well in conjunction with ATH as it acts as a char promoter when used along with ATH.
TYPICAL CHEMICAL ANALYSIS
PROPERTIES VALUE
Mg (OH)2 97 % (Min)
CaO 0.20 % (Max)
MnO 0.10 % (Max)
SiO2 0.02 % (Max)
Fe2O3 0.10 % (Max)
Loss on ignition 31 % (Max)
Moisture Content 0.20 % (Max)
TYPICAL PHYSICAL PROPERTIES
PROPERTIES VALUE
Whiteness ≥ 90 %
Bulk Density 0.50 g/cm3
Sieve Residue (at 325 Mesh) 0.01 % (Max)
Average particle diameter 1-2 Microns
Target Products
Flame Retardant
About us
Company portrait
We are one of the largest manufacturer in India of a wide range of flame retardant fillers and flame retardant additives which are halogen free. Our wide product line encompasses Aluminium Trihydrate, Alumina Trihydrate, Alumina Hydrate, ATH , Aluminium Hydroxide, Magnesium Hydroxide, Zinc Borate, ATO, zinc hydroxystannate, zinc stannate, Molybdenum Trihydroxide, Antimony Trioxide ( ATO ) , Flamex (repalcement of ATO ) and Flame Guard (partially relacement of antimony trioxide ). Available in various specifications, these find application in industries who want flame retardant fillers & flame retardant addives for plastic, rubber, paper etc.
We stringently check our range of fire retardants, & smoke suppressant chemicals. In our organization, we have highly skilled professionals to check the range as per best industry norms. Further, some of our overseas clients have expressed satisfaction over our QA / QC procedures. Owing to stringent quality checking, our products find application in Cable, PVC compound, Conveyor belting, Polymer, FRP & SMC/DMC manufacturing industries.
Our organization was started by Mrs. Indu Ladha and Mr. Sushil Ladha. They have +25 years of experience in the field, which helps us in the quality production of our range. Moreover, under the able guidance of our mentors, we are able to create a vast customer base across the globe in countries such as UAE, France, Oman, and UK.
Application Areas
· PVC Compound
· Rubber Compound
· Flame Retardant Cable Compound.
· Flame Retardant Low Smoke Cable Compound LSHF
· Halogen Free Flame Retardant Cable Compound HFFR
· Zero Halogen Free Retardant Cable Compound LSZH
· Aluminium Composite Panel Compound FR B1
· Thermal Insulation
· Paper
· FR /FRLS / PP / EVA / LDPE / Silicon
· Flame retardant fillers for Conveyor Belt
· Flame retardant addives for SMC / BMS /DMC
We stringently check our range of fire retardants, & smoke suppressant chemicals. In our organization, we have highly skilled professionals to check the range as per best industry norms. Further, some of our overseas clients have expressed satisfaction over our QA / QC procedures. Owing to stringent quality checking, our products find application in Cable, PVC compound, Conveyor belting, Polymer, FRP & SMC/DMC manufacturing industries.
Our organization was started by Mrs. Indu Ladha and Mr. Sushil Ladha. They have +25 years of experience in the field, which helps us in the quality production of our range. Moreover, under the able guidance of our mentors, we are able to create a vast customer base across the globe in countries such as UAE, France, Oman, and UK.
Application Areas
· PVC Compound
· Rubber Compound
· Flame Retardant Cable Compound.
· Flame Retardant Low Smoke Cable Compound LSHF
· Halogen Free Flame Retardant Cable Compound HFFR
· Zero Halogen Free Retardant Cable Compound LSZH
· Aluminium Composite Panel Compound FR B1
· Thermal Insulation
· Paper
· FR /FRLS / PP / EVA / LDPE / Silicon
· Flame retardant fillers for Conveyor Belt
· Flame retardant addives for SMC / BMS /DMC
Company data
Sales volume
5 - 20 Mill. US $
Export content
max. 10%
Number of employees
101 - 500
Foundation
1992
Area of business
Raw materials, auxiliaries
Target groups
- Plastic product manufacturing
- Rubber manufacturing / processing
- Construction / building and living
- Other industries
