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Bromacil(95% TC, 80% WP)

admin — Thu, 12 Feb 2026 09:56:32 +0000

Item	Value
Purity	100%
Melting Point	157.5-160°C
Boiling Point	None, it sublimes
Density	1.46 g/cm3
Vapour Pressure	0.0008 mmHg
Viscosity	Not applicable
pH	5.5
Specific Gravity	1.58 g/cm3
Molecular Weight	261.12
Solubility in water	0.810 g/L

Bromacil is an organic compound that is commercially available as a herbicide. Its chemical formula is represented as C9H13BrN2O2. It is one of a group of compounds ascribed as substituted uracils. It’s a pesticide that works by interfering with photosynthesis and spreading throughout the plant via the root zone.

Chemical Appearance

Bromacil is a light tan-colored chemical. It has no odor. The compound is nonvolatile and slightly soluble in water. It has a low absorption rate in the soil and a high mobility. Under normal circumstances, it is stable. It’s a toxic chemical that can injure both humans and animals. It comes in a variety of forms, including granular, liquid, water-soluble, and wettable powder.

Chemical Applications and Strengths

Bromacil is a highly valuable organic compound with a variety of industrial and agricultural applications. Its primary applications and strengths are as follows:

It is used as a pesticide.
It is used for brush control in non-cropland areas like railroads, electrical switching stations, and industrial yards.
It is a broad-spectrum herbicide used for both selective and non-selective weed control.
Bromacil is found to be excellent at controlling perennial grasses.
It is used as a bare ground herbicide.
It is used for industrial vegetation management.
It can be used in plant growth regulation.
It can also be used as a defoliant in agriculture.
It is used as a non-sensitizer in the Buehler assay.
It is a nonirritant in the Draize test.
It is a commonly used herbicide in citrus orchards.
It is effective in the control of broadleaf and grass weeds.

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Lithium Carbonate 98-99.99%

admin — Thu, 12 Feb 2026 09:56:32 +0000

Lithium Carbonate is a special use chemical used in the steel industry. It serves as a moulding powder when casting steels. It is also usable in the health industry for the treatment of specific diseases. Likewise, the chemical finds application in the glass-making industry. You can extract lithium from a brine pool (underground). Lithium Carbonate is a natural chemical in lakes and seas. The chemical formula is Li2CO3.

Chemical Appearance

Lithium Carbonate is salt in a plain or white color. It is odorless and exists in anhydrous form. It has the lowest solubility in water compared to other Lithium salts. The chemical is insoluble in acetone, ammonia, and alcohol.

Chemical Applications and Strengths

Lithium carbonate is used in variety of industries. Steel manufacturing firms, healthcare companies, and battery manufacturing companies all use it. The following are some of the salt’s applications:

It serves as a molding powder for the continuous casting of steel in steel-making companies
It aids the improvement of electrolyte conductivity and, as such, increases current efficiency and reduces heat loss in electrolysis cells.
Also, in electrolysis cells, it helps reduce the viscosity, volatility, and melting point of an electrolyte
It is used in the preparation of refrigerants such as Lithium Bromide. It also helps in the formation of Lithium Chloride for lithium metal electrolysis.
It is used in ceramic-making companies for making low and high-fire ceramic glazes.
It is also used as a supplement in cement production and also for making tile adhesive.
It is used in healthcare for the treatment of bipolar diseases and also for manufacturing drugs by some pharmaceutical companies

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Industrial Grade Lithium Hydroxide Monohydrate

admin — Thu, 12 Feb 2026 09:56:32 +0000

Item	Value
Purity	99%
Melting Point	462 °C
Boiling Point	924 °C
Density	1.51g/cm3
Refractive Index	1.460
pH	12-14

Lithium Hydroxide Monohydrate, an inorganic compound, has its chemical formula represented as LiOH.H2O. It is a very useful chemical that is produced industrially from lithium carbonate (Li2CO3) in a metathesis reaction with Calcium hydroxide. An alternative route of industrial production involves the intermediacy of lithium sulfate. Its main byproducts are gypsum and sodium sulfate which have considerable market value. It is the weakest known alkali metal hydroxide but is classified as a strong base.

Chemical Appearance

Lithium Hydroxide Monohydrate has the appearance of a hygroscopic white powder. It is an odorless compound. It is soluble in water. It is also slightly soluble in ethanol, methanol, and isopropanol.

Chemical Applications and Strengths

Lithium Hydroxide Monohydrate is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are:

It is used as a key intermediate in manufacturing lithium compounds/lithium.
It is mainly consumed in the production of cathode materials for lithium-ion batteries.
A popular lithium grease thickener is Lithium 12-hydroxystearate, which produces general-purpose lubricating grease due to its high resistance to water and usefulness over a range of temperatures.
Lithium hydroxide Monohydrate is useful for building gas purification systems for spacecraft, submarines, and rebreathers to remove carbon dioxide from exhaled gas by releasing lithium carbonate and water.
It is the best option as a precursor for lithium nickel manganese cobalt oxides compared to Lithium Carbonate.
It is also used in ceramics.
It is used in some Portland cement formulations.
It serves as a good protection for radiation against free neutrons.
It is used to alkalize the reactor coolant in pressurized water reactors for corrosion control.

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Adipic Acid

admin — Thu, 12 Feb 2026 09:56:32 +0000

Item	Value
Purity	99.7%
Melting Point	151-154 °C
Boiling Point	337 °C
Density	1.360 g/cm3 at 25 °C(lit)
Vapour Pressure	0.097 hPa
Viscosity	4.54 cP

Adipic Acid is an organic compound. It is classified as a dicarboxylic acid, and it is the most important dicarboxylic acid. It is a very useful chemical compound that is industrially produced from a mixture of cyclohexanone and cyclohexanol called ketone alcohol oil (KA Oil). This oil is oxidised with nitric acid to obtain adipic acid through a multistep pathway. Its chemical formula is C6H10O4.

Chemical Appearance

Adipic Acid has the appearance of a white crystalline solid. It is an odourless compound. It is insoluble in water. It is very soluble in methanol and ethanol, soluble in acetone and acetic acid, slightly soluble in cyclohexane, and negligible in benzene and petroleum ether.

Chemical Applications and Strengths

Adipic Acid or Hexanedioic Acid is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are:

Adipic Acid is most commonly used as a monomer in the production of nylon through a polycondensation reaction with hexamethylene diamine.
It is quite extensively utilised in the production of polymers.
It is employed as a monomer for the production of polyurethane.
Esters of Adipic Acid are used in plasticisers especially in PVC.
It has many uses in the medicine field.
It has been incorporated into controlled release formulation matrix tablets to obtain pH independent release for both weakly basic and weakly acidic drugs.
It is also applicable for the polymeric coating of hydrophilic monolithic systems.
It is expended as a pore forming agent that improves the disintegration at intestinal pH of the interic polymer shellac.
It works excellently as a flavourant and gelling aid in foods.
It is also used as an acidulant in baking powders because it helps avoid the undesirable hygroscopic properties of tartaric acid.
It is consumed as an absorbent.
It is quite efficient as an adsorbent for the adhesion of molecules to a surface.
It is applied for the production of anti freezing agents or deicing products.
It is put to use as a binding agent in paints and sand etc.
It serves as a buffer or pH regulating agent.
It functions as a filler for paints, textiles, and plastics etc.
It efficiently produces insulating materials for the protection from noise and cold etc.
It is applicable for use in the production of preservatives used in cosmetics, film, wood, and foods etc.

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Styrene Monomer – SM

admin — Thu, 12 Feb 2026 09:56:32 +0000

Item	Value
Bases	A level ≥99.5%; B level ≥99.0%
Melting Point	-30.6 ℃
Boiling Point	146 ℃
Relative Density	0.91
Relative Vapour Density	3.6
Saturated Vapour Pressure	1.33 (30.8 ℃)
Heat of Combustion	4376.9 kJ/mol
Critical Temperature	369 ℃
Critical Pressure	3.81 MPa
Octanol/Water Partition Coefficients	3.2
Flash Point	34.4 ℃
Ignition Temperature	490 ℃

Styrene Monomer – SM is an organic compound. It is a very useful chemical compound which is made by the dehydrogenation of ethyl benzene. Its chemical formula is C8H8.

Chemical Appearance

Styrene Monomer – SM has the appearance of a colourless, oily liquid but aged samples may appear yellowish. It has a sweet, floral odour but high concentrations may have a less pleasing odour. It is insoluble in water but soluble in alcohol and most organic solvents.

Chemical Applications and Strengths

Styrene Monomer – SM or Ethenylbenzene is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are:

Styrene Monomer – SM is most commonly used for the production of polystyrene.
It is utilised as an extensively used adhesive and binding agent.
As a hardener it effectively enhances hardening in paints, varnishes, and plastics etc.
It is employed in the production of goods intended for apparel care like shoe polishes etc.
It is used in the rubber industry to make synthetic rubber.
In the plastic industry it is effective for manufacturing plastics.
It is put to use for making insulating materials. It efficiently insulates homes.
It is used in the manufacturing of automobile parts. It increases the durability and fuel efficiency of rubber tyres. Car parts produced using styrene are lightweight and increases fuel efficiency.
It is a component of materials used for making food containers. It maintains hygiene and the freshness of food.
It plays a significant role as a mutagen.
It is also utilised in the manufacturing of ABS and SAN copolymers.
It enhances the packaging of electronic products.
It promotes the production of eco-friendly technology.
In the paper manufacturing industries, it is applied for paper coating. It improves the functions of paper products and printing.
Commonly used household appliances are made using this chemical compound.
It is consumed for making tools that convert natural, non-renewable resources such as wind and sunlight into energy.
It is utilised for making storage tanks that do not allow liquids such as water and gasoline to leak.
It ensures structural stability, durability, and longevity of products.

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Methyl Ethyl Ketone (MEK)

admin — Thu, 12 Feb 2026 09:56:08 +0000

Chemical Name	Methyl Ethyl Ketone (MEK)
Molecular Formula	C4H8O
CAS Number	78-93-3
Appearance	Colorless Flammable Liquid, Sharp Sweet Odor
Grade Standard	Industrial Grade, Pharmaceutical Grade
Solubility	24.0% at 20°C
Melting Point	-86℃
Boiling Point	80℃
Density	0.8049 g/mL
Purity	99.9%

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Capric Triglyceride

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Chemical Name	Capric Triglyceride
Molecular Formula	C24H48O8
CAS Number	73398-61-5
Appearance	Colorless Liquid, Faint Sweet Odor
Grade Standard	Pharmaceutical Grade, Industrial Grade, Cosmetic Grade
Solubility	50 Mg/Ml
Melting Point	7℃
Boiling Point	270℃
Density	0.968 G/Ml
Purity	99%

Chemical Description:

Capric Triglyceride is an ester composed of capric acid, a ten-carbon saturated fatty acid, and glycerol. It is primarily derived from coconut oil and glycerin through a transesterification process.
Due to its triglyceride structure, Capric Triglyceride possesses excellent solvency properties, allowing it to dissolve a wide range of hydrophobic and lipophilic compounds.
Capric Triglyceride is prized for its non-comedogenic and non-irritating nature, making it a favored ingredient in cosmetic and skincare products, suitable for sensitive and dry skin.
Its light and silky texture serves as an excellent emollient, contributing to the luxurious feel of products without leaving a greasy residue.
Capric Triglyceride is odorless and colorless, providing a neutral and unobtrusive base for fragrances and active ingredients in various formulations.
The triglyceride is readily absorbed by the skin, enhancing the delivery of bioactive compounds and improving the skin’s moisture balance.
In the pharmaceutical and medical industries, it is employed as a carrier for certain medications and as a diluent in oral, topical, and injectable formulations.
Capric Triglyceride plays a pivotal role in improving the stability and dispersion of active ingredients, enabling the creation of effective and well-tolerated products.
This versatile ingredient is used to enhance the spreadability and uniformity of formulations, contributing to the overall sensory experience and performance of cosmetic and personal care products.
Its chemical structure provides a stable and non-reactive platform for encapsulating and delivering various bioactive compounds, making it a valuable asset in product development.
Capric Triglyceride’s versatility extends to its ability to create diverse product formats, from lightweight lotions and serums to rich creams, allowing customization to meet specific product requirements.
It is highly compatible with other cosmetic ingredients, making it an integral component of many skincare and cosmetic formulations, helping to improve product texture and appearance.

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Calcium Propionate (99%)

admin — Thu, 12 Feb 2026 09:56:08 +0000

Testing Item	Standard	Result
Assay/%	≥99	99.4
Insoluble Substances/%	≤0.30	0.08
Loss On Drying,/%	≤9.5	6.5
Free Acid & Free Alkali	Passed Test	Passed Test
Fluoride(F)/%	≤0.003	<0.003
Iron (Fe) /%	≤0.005	<0.005
Heavy Metal (Pb)/%	≤0.001	<0.001
Arsenic (As)/%	≤0.0003	<0.0003

Chemical Description

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Polyglycerol polyricinoleate (PGPR)

admin — Thu, 12 Feb 2026 09:56:08 +0000

Category	Detail
CAS No.	29894-35-7
Purity	99%
Usage	Food emulsifier
Other Names	PGPR
MF	C27H52O9
Appearance	Light yellow liquid
Model Number	KJ-29894-35-7
Package	25kg / 200kg/ Drum
Sample	Available
Certification	COA MSDS TDS
Storage	Cool Dry Place
Packaging Details	200 kg /drum or according to your requirements.

Chemical Description

Introduction:

Polyglycerol Polyricinoleate (PGPR) has a variable chemical formula due to its polymeric nature.
It belongs to the family of food emulsifiers.
Recognizable by its amber to light brown color and viscous consistency.

Usage and Versatility:

Primarily used in the food industry, particularly in chocolate production.
Exhibits excellent emulsifying properties, blending well with fats and oils.
Acts as a multifunctional ingredient in various culinary applications.

History and Production:

Historically derived from castor oil, a natural source.
Modern production involves the esterification of polyglycerol with fatty acids from castor oil.

Applications:

Essential in reducing the viscosity of chocolate and improving its flow properties.
Used in baked goods for improved texture and shelf-life.
Plays a role in cosmetics, particularly in creams and lotions.

Safety Precautions:

Generally recognized as safe for consumption.
Direct contact might cause minor skin or eye irritation.
Handling in industrial settings may require standard safety gear.

Environmental Impact:

Considered environmentally friendly due to its biodegradable nature.
Does not accumulate in the environment, posing minimal ecological risk.
Proper disposal and handling are recommended.

Conclusion:

Polyglycerol Polyricinoleate is more than just an emulsifier; it has versatile applications, rooted in natural sources, and is committed to safety and environmental sustainability.
Its unique properties make it an essential ingredient in various industries, particularly in enhancing food quality and texture.
PGPR stands out for its efficacy, making it a valuable addition to a wide range of products.

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Carboxymethyl Cellulose (CMC)

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Testing Item	Standard	Result
Physical Exterior	White or Yellowish Powder	White or Yellowish Powder
Viscosity(1%,mpa.s)	2500-3500	3000
Degree of Substitution	0.7Min	0.85
PH(25°C)	6.5-8.5	7.04
Purity	≥99.5%	99.53%
Mesh	99% pass 80 mesh	pass
Heavy Metal(Pb) ,	≤ 10 ppm	Conform
Iron,	≤ 2ppm	Conform
Arsenic	≤3ppm	Conform
Lead	≤2ppm	Conform
Mercury	≤ 1ppm	Conform
Cadmium	≤ 1ppm	Conform

Chemical Description

General Introduction and Production Method

Sodium Carboxymethyl Cellulose is an anionic water-soluble polymer meticulously derived from nature’s rich bounty of cellulose.
Through a process of etherification, the hydroxyl groups on the cellulose molecule undergo a transformation, resulting in the substitution with carboxymethyl groups.
Its ability to readily dissolve in both hot and cold water allows the production of CMC with diverse chemical and physical properties, tailoring its attributes to specific industry requirements.

CMC Papermaking Grade

Whether used in the paper and paperboard coating process, as a film-forming agent, water-retention agent, wet-end retention enhancer, surface sizing agent, or even as a grinding aid, CMC stands unparalleled.

Detergent Grade CMC:

CMC emerges as a potent thickener for liquid detergents and a transformative thickening agent for soaps.
Predominantly utilized in powder and cream-type detergents, CMC prevents dirt from re-adhering during the rinse cycle. Notably, its prowess allows it to seamlessly replace hydroxyethyl cellulose (HEC) and hydroxypropyl methyl cellulose (HPMC) in liquid detergent formulations, offering a cost-effective alternative.
When incorporated in soap-making, even in minimal quantities, CMC remarkably enhances the quality, rendering the soap pliable, flexible, and optimized for further processing.

CMC PAC Oil Drilling Grade

In the oil drilling industry, CMC and PAC’s ability to curtail water loss and amplify viscosity in drilling, cementing, and fracturing fluids is unmatched.
Their roles encompass wall protection in wells, drilling trifle management, drill bit preservation, mud loss prevention, and drilling rate enhancement.

CMC Food Grade

From dairy drinks to seasonings, CMC accentuates taste while providing thickening and stabilization. Its addition to products like ice cream, bread, cakes, biscuits, instant noodles, and paste foods imparts molding, taste enhancement, anti-fragmentation, and tenacity strengthening attributes.

CMC Ceramic Grade

CMC takes center stage in applications ranging from water preservation in concrete pastes and color pastes to serving as an adhesive in concrete and sand. Further, it proves invaluable in ceramic embryos, glazing pulp, and colored glaze.

CMC Toothpaste Grade

The dental care sector leverages CMC for its adhesive and molding properties. When integrated into toothpaste formulations, CMC not only ensures stable quality but also showcases commendable compatibility, setting new standards in oral care.

In essence, Sodium Carboxymethyl Cellulose, with its varied grades and tailored properties, emerges as a game-changer across industries, promising optimization, efficiency, and excellence.

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