TYPE SPECIFICATION	NOMINAL % COMPOSITION	PROPERTIES	APPLICATION
	HF - 2    SAE 792       ISO: Cu Pb 10 Sn 10	80.0 Cu 10.0 Sn 10.0 Pb	High physicals, excellent resistance to pounding and shock, high load capacity, good wear resistance	Piston pin, steering, track rollers, cylinders, rock shaft, axle bushings, wear plate, high-impact thrust washers (hard shaft desirables)
	HF - 3    SAE 798	84.0 Cu 4.0 Sn 8.0 Pb 4.0 Max. Zn	Good shock, load capacity & corrosion resistance, somewhat lower physical strength than HF - 2	General purpose bushing material, spring eye, rocker arm, utility bushings (hard shaft desirables)
	HF - 16    SAE 799      ISO: Cu Pb 24 Sn 4	72.0 Cu 3.5 Sn 23.0 Pb 3.0 Max. Zn	Combines good friction, embeddability, compatibility with medium load capacity, will accept higher surface speed and load	Heavy-duty camshaft, electric motor, automatic transmission, hydraulic pump, gear changers
	RS-21    Solid    Wrough    SAE 791   ISO: Cu Sn 5 Zn 4	88.0 Cu 4.0 Sn 4.0 Pb 4.0 Zn	Good fatigue, corrosion resistance, shock and load capacity, for low surface speed	Oscillating components, piston pin, controls, electric motors, some automatic transmission parts
	H-35    SAE 480	65.0 Cu 35.0 Pb	Good frictional, lubricity, conformability, more resistant to fatigue than babbitt	Pumps, small electric motors, not for corrosive environment
	H-35 LT    SAE 482	65.0 Cu 28.0 Pb 7.0 Sn	Good fatigue, comformability, and corrosion resistance	Intermediate-duty engines, pumps
	H-24    SAE 49    ISO: Cu Pb 24 Sn	74.5 Cu 24.5 Pb 1.0 Sn	Very high fatigue and very good corrosion resistance	Heavy-duty engines, pumps, compressors for soft and hard shafts
	H-116    ISO: Cu Pb 24 Sn 4	73.0 Cu 23.75 Pb 35 Sn	Higher fatigue and very good corrosion resistance	Primarily for heavy-duty engines with top load and durability requirements (hard shafts)
	H-14	83.0 Cu 14.0 Pb 3.0 Sn	Highest fatigue with improved corrosion resistance	Highest load capacity for diesel engines (hard shaft)
	B-100    Tin Base    SAE 12    ISO: Sn Sb 8 Cu 4	89.0 Sn   3.5 Cu   7.5 Sb	Soft, good embeddability, corrosion resistance and lubricity	Camshafts, low-load engines, motors, pumps, refrig. compressors (hard and soft shafts)
	L-100    Lead Base    SAE 13    ISO: Pb Sb 10 Sn 6	84.0 Pb   6.0 Sn 10.0 Sb	Soft, good embeddability, lubricity, conformability, less corrosion resistance	Same as above except not used in corrosive environment
	L-200    Lead Base    (Fortified)    SAE 15    ISO: Pb Sb 15 Sn As	83.0 Pb   1.0 Sn 15.0 Sb   1.0 As
	L-300    Lead Base    SAE 14    ISO: Pb Sb 15 Sn 10	75.0 Pb 10.0 Sn 15.0 Sb
	A-100    SAE 781    ISO: Al Si 4 Cd	95.0 Al 4.0 Si 1.0 Cd	Superior corrosion resistance, good fatigue resistance	Medium-duty engines, automatic transmission bushings-(less overlay)(soft and hard shafts)
	A-200    SAE 782    ISO: Al Cd 3 Cu Ni	95.0 Al 3.0 Cd 1.0 Cu 1.0 Ni	Superior corrosion resistance, good fatigue resistance	Medium-and heavy-duty engines, pumps (soft and hard shafts)
	A-250	93.5 Al 3.0 Cd 1.0 Cu 1.0 Ni 1.5 Mn	Superior corrosion resistance, highest fatigue resistance	Primarily for heavy-duty engines with top load and durability requirements (use with hard shafts)
	A-300    SAE    ISO: Al Sn 6 Cu	90.75 Al 6.25 Sn 1.50 Si 1.00 Cu 0.50 Ni	Superior corrosion resistance, good fatigue resistance	Maximum-duty engines, pumps, automatic transissions, piston pins (hard shafts desired)
	AT-20+    SAE 783    ISO: Al Sn 20 Cu	79.0 Al 20.0 Sn 1.0 Cu	Good fatigue, corrosion and conformability characteristics	Medium-load engines, pumps,compressor, electric motors (hard   and soft shafts)
	AL-6	89.5 Al 6.0 Pb 4.0 Si 0.5 Sn	Good fatigue, corrosion and conformability characteristics, excellent compatibility	Medium-load engines, pumps,compressor, electric motors, automatic transmission (hard  and soft shafts)