SALSONS INDUSTRIAL

	AC-31 ECO			AC-41 ECO PLUS			AC-51 ECO PLUS
Material Description and Application	Economically priced general purpose jointing for low temperature and low pressure conditions in steam, water and gas lines.			An alternative to TJ-31 ECO with better ageing properties yet economically priced.			A medium grade jointing finding extensive applications across a wide industry segment in steam, water, gas and alkali lines.
Recommended Maximum Operating Temperature and Pressure	Temp	Non-Metallic	Metallic	Temp	Non-Metallic	Metallic	Temp	Non-Metallic	Metallic
		350oC	380oC		350oC	380oC		380oC	400oC
	Pressure	30 kg/cm2	35 kg/cm2	Pressure	30 kg/cm2	35 kg/cm2	Pressure	40 kg/cm2	45 kg/cm2
Typical Properties	Tensile Strength (Min.) : 60 kg/cm2			Tensile Strength (Min.) : 80 kg/cm2			Tensile Strength (Min.) : 100 kg/cm2
(For Non-Metallic material)	Density (nominal) : 1.85 gms/cc			Density (nominal) : 1.85 gms/cc			Density (nominal) : 1.9 gms/cc
	Compression : 6-14%			Compression : 6-14%			Compression : 6-14%
	Recovery (Min.) : 40%			Recovery (Min.) : 40%			Recovery (Min.) : 40%
	Loss on Ignition (Max.) : 28%			Loss on Ignition (Max.) : 28%			Loss on Ignition (Max.) : 28%
Specification Compliance	ASTM F104 F112000 M3			ASTM F104 F112000 M4 IS 2712 / 98 : Grade W/3			ASTM F104 F112700 M4 IS 2712 / 98 : Grade W/3
Standard Size	1600mm x 1500 mm 1600mm x 3000mm			1600mm x 1500 mm 1600mm x 3000mm			1600mm x 1500 mm 1600mm x 3000mm
Standard Thickness	0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request			0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request			0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request

	AC-61 EXTRA			AC-71 SUPER			OIL SPECIAL
Material Description and Application	A versatile sealing material specially bonded with superior compounds to handle higher temperature and pressure service conditions in oil, water and gas pipelines and medium temperature oil pipelines			A superior grade of jointing with specially selected chrysotile fibres and heat resisting compounds to handle extreme workings conditions in superheated and saturated steam lines as well as gas, alkali, oil, solvent, chemical, petrochemical and dilute acid lines.			Manufactured with specialty rubbers and high grade fibres to resist the medium flowing through petrochemical, hydrocarbon, solvent and other aromatic compound pipelines
Recommended Maximum Operating Temperature and Pressure	Temp	Non-Metallic	Metallic	Temp	Non-Metallic	Metallic	Temp	Non-Metallic	Metallic
		450oC	480oC		550oC	600oC		550oC	600oC
	Pressure	80 kg/cm2	90 kg/cm2	Pressure	150 kg/cm2	180 kg/cm2	Pressure	150 kg/cm2	180 kg/cm2
Typical Properties	Tensile strength (Min.) : 140 kg/cm2			Tensile strength (Min.) : 250 kg/cm2			Tensile strength (Min.) : 250 kg/cm2
(For Non-Metallic material)	Density (nominal) : 1.95 gms/cc			Density (nominal) :1.95 gms/cc			Density (nominal) : 1.95 gms/cc
	Compression : 7-12%			Compression : 7-12%			Compression : 7-14%
	Recovery (Min.) : 40%			Recovery (Min.) : 40%			Recovery (Min.) : 45%
	Loss on ignition (Max.) : 28%			Loss on ignition (Max.) : 28%			Loss on ignition (Max.) : 28%
	Stress Relaxation (Min. Residual Stress) : 180kg/cm2			Stress Relaxation (Min. Residual Stress) : 180kg/cm2			Stress Relaxation (Min. Residual Stress) : 180kg/cm2
Specification Compliance	ASTM F104 F112441 M6 IS 2712 / 98 : Grade W/2, O/2			ASTM F104 F112231 M7 IS 2712 / 98 : Grade W/1			ASTM F104 F112231 M7 IS 2712 / 98 : Grade W/1 IS 2712 / 98 : Grade O/1
Standard Size	1600mm x 1500 mm 1600mm x 3000mm			1600mm x 1500 mm 1600mm x 3000mm			1600mm x 1500 mm 1600mm x 3000mm
Standard Thickness	0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request			0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request			0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request
Fuel Immersion Properties	Oil No. 3			Oil No. 3			Oil No. 3
	Increase in mass (Max.) : 30%			Increase in mass (Max.) : 20%			Increase in mass (Max.) : 15%
	Increase in thickness (Max.) : 20%			Increase in thickness (Max.) : 25%			Increase in thickness (Max.) : 25%
	Fuel B			Fuel B			Fuel B
	Increase in mass (Max.) :25%			Increase in mass (Max.) :20%			Increase in mass (Max.) : 20%
	Increase in thickness (Max.) : 20%			Increase in thickness (Max.) : 20%			Increase in thickness (Max.) : 15%
	Water			Water			Water
	Increase in mass (Max.) :10%			Increase in mass (Max.) :10%			Increase in mass (Max.) : 10%

	OIL F		OIL CS
Material Description and Application	A specially designed variation of TJ Oil ’Special’ having very good Resistance to all oils and fuels as well as steam and water. Ideal for sealing engine parts in the Automobile industry.		This has been specially engineered for applications in following low or fluctuating torque pressures or for sealing of parts having uneven surfaces, specially in the Automobile industry.
Recommended Maximum Operating Temperature and Pressure	Temp	Non-Metallic	Temp	Non-Metallic
		450oC		500oC
	Pressure	50 kg/cm2	Pressure	100 kg/cm2
Typical Properties	Tensile strength (Min.) : 280 kg/cm2		Tensile strength (Min.) : 250 kg/cm2
(For Non-Metallic material)	Density (nominal) : 1.95 gms/cc		Density (nominal) :1.95 gms/cc
	Compression : 7-11%		Compression : 7-14%
	Recovery (Min.) : 45%		Recovery (Min.) : 45%
	Loss on ignition (Max.) : 28%		Loss on ignition (Max.) : 28%
	Stress Relaxation (Min. Residual Stress) : 180kg/cm2		Stress Relaxation (Min. Residual Stress) : 180kg/cm2
Specification Compliance	ASTM F104 F112231 M7 IS 2712 / 98 : Grade O/1		ASTM F104 F112341 M7
Standard Size	1600mm x 1500 mm 1600mm x 3000mm		1600mm x 1500 mm 1600mm x 3000mm
Standard Thickness	0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request		0.4mm, 0.5mm, 0.75mm, 1.0mm, 1.5mm, 3.0mm Other sizes and thicknesses available on request
Fuel Immersion Properties	Oil No. 3		Oil No. 3
	Increase in mass (Max.) : 20%		Increase in mass (Max.) : 30%
	Increase in thickness (Max.) : 10%		Increase in thickness (Max.) : 25%
	Fuel B		Fuel B
	Increase in mass (Max.) : 20%		Increase in mass (Max.) : 20%
	Increase in thickness (Max.) : 10%		Increase in thickness (Max.) : 25%
	Water		Water
	Increase in mass (Max.) : 10%		Increase in mass (Max.) : 10%

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