About Tri Chloro Benzene (CAS 120-82-1)
Tri Chloro Benzene C6H3Cl3 is a critical halogenated aromatic intermediate finding extensive applications across global chemical sectors. DPRJ Universal stands out as a leading tri chloro benzene manufacturer and strategic tri chloro benzene supplier in India. We optimize supply chains for high-purity isomers, including standard commercial grades of 1 2 4 tri chloro benzene, alongside niche variants like 1 2 3 tri chloro benzene and 1 3 5 tri chloro benzene, backed by comprehensive COA metrics and transparent trichlorobenzene price structures.
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📩 Get Instant Quote ✉️ Email: [email protected]Technical Specifications
- Chemical Name: Trichlorobenzene (Mixture / Isomer specific)
- Purity: 99.0% (Minimum assay validation)
- CAS No.: 120-82-1 (Primary 1,2,4-Isomer component)
- Appearance: Clear, colorless stable liquid
- Formula: C6H3Cl3
- Molecular Weight: 181.45 g/mol
- Tri Chloro Benzene Density: ~1.45 g/mL at 20 °C
- Packaging: 250 KGS DRUM
- Origin: Proudly Manufactured in India
Primary Applications & Industrial Uses
- High-performance chemical synthesis solvent for high-temperature formulations.
- Key manufacturing precursor for dyes, pigments, and functional agrochemical molecules.
- Dielectric carrier fluid within specialized electrical transformers and heavy machinery setups.
- Intermediate alongside relevant aromatic analogs like mono chloro benzene manufacturers in india systems, benzotrichloride manufacturers in india streams, and trimethylbenzene manufacturers in india frameworks.
SKU: TCB001
MPN: TRICHLOROBENZENE-DPRJ-001
Category: Chemicals → Aromatic Halogen Compounds → Trichlorobenzene
Brand: DPRJ Universal
Price Range (Bulk Contracts)
₹70 - ₹90 per kg
Trichlorobenzene price baseline valid until: 31 Dec 2026
Availability: Continuous pipeline supply ready for verified industrial off-takers
Industrial User Rating
⭐ 4.8 / 5
Aggregated from 1,420 authenticated dye house and synthesis plant managers
“The low isomer-deviation tolerances in DPRJ's 1 2 4 tri chloro benzene batches protect our batch-yield consistency perfectly during dye coupling reactions. A top-tier chemical supplier in India.”
— Technical Director, Specialty Intermediates Plant
Shipping & Delivery
Destination: India
Shipping Cost: Free (Bulk Orders)
Handling Time: 1–2 Days
Transit Time: 2–5 Days
Return Policy
Return Window: 7 Days (for non-compliant quality)
Return Method: Return By Mail/Pickup
Return Fees: Free Return (on verified quality issue)
Frequently Asked Questions
What is the primary use of Tri Chloro Benzene?
The primary industrial use of Tri Chloro Benzene (mainly 1 2 4 tri chloro benzene) is as a high-temperature industrial solvent, chemical intermediate in dye manufacturing, and as a dielectric fluid in electrical equipment. It also serves as a precursor to other halogenated aromatic chemical processes.
What is the molecular weight and chemical formula of Tri Chloro Benzene?
The chemical formula for Tri Chloro Benzene is C6H3Cl3. The molecular weight (or molar mass) is approximately 181.45 g/mol.
What is the difference between chloro benzene and benzyl chloride?
The major difference between chloro benzene and benzyl chloride is the positioning of the chlorine atom. In chlorobenzene, the chlorine is directly bonded to an aromatic carbon atom in the benzene ring, making it highly stable. In benzyl chloride, the chlorine is attached to a side-chain methyl carbon (-CH2Cl) attached to the benzene ring, making it much more reactive toward nucleophilic substitution.
What isomers are available for Trichlorobenzene?
Trichlorobenzene exists in three primary isomeric forms based on chlorine positioning: 1 2 4 tri chloro benzene, 1 2 3 tri chloro benzene, and 1 3 5 tri chloro benzene. The 1,2,4-isomer is the most commonly used commercial variant.
How does chloro benzene convert to benzene?
The conversion of chloro benzene to benzene is typically achieved via a reduction reaction (dehalogenation). This can be carried out industrially using hydrogen gas in the presence of a metal catalyst like palladium or nickel, replacing the chlorine atom with hydrogen.
What are the key physical properties, such as tri chloro benzene density?
Key physical properties of 1 2 4 tri chloro benzene include a boiling point of approximately 214 C and a tri chloro benzene density of around 1.45 g/mL at 20 C. It appears as a clear, colorless liquid with a distinct aromatic odor.
Is Trichlorobenzene hazardous and what are its safe levels?
Yes, Trichlorobenzene is toxic and classified on the TRI list of chemicals as a hazardous environmental contaminant. Exposure limits are strict; benzene safe levels and related chlorinated aromatic safety metrics should be maintained via air ventilation and robust chemical protective equipment (PPE) during factory operations.
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