Oil Segment

OPAL’s Aromatic Solvent C9 stands as a premium solution in the industrial chemical landscape. Renowned for its exceptional purity and consistency, this solvent is a key ingredient in various applications, including adhesives, coatings, and printing inks. Our Aromatic Solvent C9 is designed for versatility, addressing diverse needs across industries. Opal C9, an aromatic solvent, finds diverse applications across industries due to its excellent solvency and versatility. Some common applications are Adhesives and Sealants, Coatings and Paints, Printing Inks, Rubber Processing, Cleaning and Degreasing, Industrial Solvent, Resin Production, Personal Care Products, Specialty Chemicals, Ink Removers, Fragrance Production, Paint Thinners, etc.   Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Reliance’s Aromatic Solvent C9 is renowned for its exceptional quality and versatility. Sourced from state-of-the-art refineries, this solvent is a key component in the formulation of adhesives, coatings, and inks across various applications. Reliance’s commitment to quality is evident in every batch, as stringent quality control measures ensure that the Aromatic Solvent C9 consistently meets the highest industry standards. Reliance’s Solvent C9 can be used in every application where Opal Solvent C9 is used the only differences are the colour and odour of both products. Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Mineral Turpentine Oil (MTO) is a widely used solvent derived from petroleum distillation. Known for its versatile properties, MTO finds applications in various industries. As a potent solvent, it is commonly employed in the formulation of paints, varnishes, and coatings, where it acts as a thinner and aids in achieving the desired consistency. MTO is also valued for its use as a cleaning agent and degreaser, effectively removing grease, oil, and other contaminants from surfaces. In the industrial sector, it serves as an essential component in the manufacturing of adhesives, solvents, and certain types of printing inks. Known for its cost-effectiveness and efficient solvency, Mineral Turpentine Oil remains a staple in numerous industrial processes and applications.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Clear Transparent Liquid
2	Density	ASTM D792	760-790	Kg/cu.mtr	775
3	Flash Point	ASTM D93	>35	° C	42
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.1
6	Residue On Evaporation	ASTMD189	To Report	Mg/ml	1.15
7	Viscosity @ 40° C	ASTM D4052	2-15	Cst	2
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Aromatic Content	ASTM D5186	Max 40	Vol%	36%
10	Total Acid Number	ASTM D664	To Report	Mg KOH/G	Neutral(0.004)
11	Initial Boiling Point	ASTM D850	140	° C	125
12	Final Boiling Point	ASTM D850	270	° C	240

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Condensate Oil is a derivative of petroleum distillation commonly used as a solvent in various industrial applications. It is produced through the distillation of crude oil and possesses properties that make it an effective thinner and solvent. Condensate Oil is widely utilized in the formulation of paints, coatings, and varnishes, where it aids in achieving the desired viscosity and enhances application properties. This versatile oil condensate is also employed as a cleaning agent and degreaser, effectively removing contaminants like grease and oil from surfaces. Its efficiency in dissolving various substances makes it a valuable component in the manufacturing of adhesives, printing inks, and other industrial products. Known for its cost-effectiveness and compatibility with a range of materials, Condensate Oil remains a crucial ingredient in numerous industrial processes.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Clear Transparent Liquid
2	Density	ASTM D792	710-760	Kg/cu.mtr	710
3	Flash Point	ASTM D93	<30	° C	8
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.2
6	Residue On Evaporation	ASTM D189	To Report	Mg/ml	2.5
7	Viscosity @ 40° C	ASTM D4052	2-15	Cst	2
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Aromatic Content	ASTM D5186	Max 40	Vol%	36%
10	Total Acid Number	ASTM D664	To Report	Mg KOH/G	Neutral(0.008)
11	Initial Boiling Point	ASTM D850		° C	90
12	Final Boiling Point	ASTM D850		° C	260

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Light Diesel Oil Refinery Grade is a premium diesel fuel produced through meticulous refining processes, meeting stringent industry specifications. Recognized for its efficient combustion properties, this distillate fuel is commonly utilized in diverse industrial applications, including industrial boilers, and heating equipment. Characterized by a lower sulfur content in compliance with environmental regulations, it ensures cleaner combustion and reduced emissions. With a carefully controlled flash point, Light Diesel Oil Refinery Grade guarantees safe handling and storage. Rigorous quality control measures throughout production ensure consistent adherence to precise standards, making it a reliable and compliant fuel for various industrial needs.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Brownish black colour Liquid
2	Density	ASTM D792	840-880	Kg/cu.mtr	860
3	Flash Point	ASTM D93	40-70	° C	61
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.35
6	Viscosity @ 40° C	ASTM D4052	5-15	Cst	8
7	Sulfur Content	ASTM D2622	<1	%	0.9
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>10000	Kcal/kg	10660

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Boiler Grade LDO is optimized for efficient combustion in industrial boilers, tailored to meet specific boiler system requirements. Refinery Grade LDO, more versatile, adheres to general industry standards, allowing for a broader range of applications beyond boilers. Differences lie in application focus, specifications, and environmental considerations.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Brownish black colour Liquid
2	Density	ASTM D792	860-920	Kg/cu.mtr	890
3	Flash Point	ASTM D93	30-70	° C	55
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.5
6	Viscosity @ 40° C	ASTM D4052	5-15	Cst	10
7	Sulfur Content	ASTM D2622	<2	%	1.05
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>10000	Kcal/kg	10540

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Furnace Grade LDO is specifically designed for optimal performance in furnaces, addressing combustion requirements unique to furnace systems. Boiler Grade LDO, on the other hand, is formulated for efficient combustion in industrial boilers. Differences lie in their tailored applications, with Furnace Grade focusing on furnace-specific needs and Boiler Grade on boiler systems.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Brownish black colour Liquid
2	Density	ASTM D792	900-950	Kg/cu.mtr	935
3	Flash Point	ASTM D93	30-70	° C	41
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.7
6	Viscosity @ 40° C	ASTM D4052	5-15	Cst	13
7	Sulfur Content	ASTM D2622	<3	%	1.8
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>9800-10500	Kcal/kg	10300

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Hotmix LDO is specialized for asphalt production in road construction, while Boiler LDO is tailored for efficient combustion in industrial boilers for steam or hot water generation. The difference lies in their distinct applications and specific industrial processes. As Hotmix LDO does not need to meet other parameters that boiler grade LDO must meet.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	Brownish black colour Liquid
2	Density	ASTM D792	900-980	Kg/cu.mtr	950
3	Flash Point	ASTM D93	25-50	° C	30
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.9
6	Viscosity @ 40° C	ASTM D4052	5-15	Cst	13
7	Sulfur Content	ASTM D2622	<3	%	2.5
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>9800-10500	Kcal/kg	10200

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

LSHS, or Low-Sulfur Heavy Stock, is a heavy residual fuel oil used in industrial applications, particularly in boilers and furnaces. It is characterized by a lower sulfur content compared to conventional heavy fuel oils, aligning with environmental regulations. LSHS is commonly utilized for power generation and heating purposes, offering a cost-effective energy solution while meeting emissions standards. Its properties make it a preferred choice in industries where a dense and energy-rich fuel is required for sustained operations.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	black colour Liquid
2	Density	ASTM D792	960-1000	Kg/cu.mtr	960
3	Flash Point	ASTM D93	60-80	° C	76
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.4
6	Residue On Evaporation	ASTM D189	To Report	Mg/ml	2.5
6	Viscosity @ 40° C	ASTM D4052	40-80	Cst	66
7	Sulfur Content	ASTM D2622	<1	%	0.3
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>9800-10500	Kcal/kg	10350

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.

Furnace oil, also known as fuel oil, is a type of petroleum distillate that is commonly used as a fuel in industrial furnaces, boilers, and heating systems. It is a heavy oil with a high viscosity and is typically derived from crude oil through a refining process. It is usually pre-heated before entering boiler or any other heating system due to its high flash point and thick viscosity.

Sr No	Properties	Method	Specifications	UOM	Result
1	Appearance		To Report	—	black colour Liquid
2	Density	ASTM D792	940-980	Kg/cu.mtr	976
3	Flash Point	ASTM D93	70-90	° C	87
4	Free Water	ASTM D4176	None	—	None
5	Moisture	ASTM D95	1 Max	%	0.9
6	Residue On Evaporation	ASTM D189	To Report	Mg/ml	2.5
6	Viscosity @ 40° C	ASTM D4052	120-180	Cst	162
7	Sulfur Content	ASTM D2622	<3	%	2.5
8	Copper Corrosion	ASTM D4048	To Report		1A
9	Gross Calorific Value	ASTM D4868	>9800-10500	Kcal/kg	10150

Note : All the above shown results are an averaged out result of more than 100 test results, Actual specifications may differ.