Non Ferrous Metal Steel Balls

Dimensional Conversion Chart:

Inch Fractions	Inch Decimals	Metric mm	Weight per 1000 balls kg	Inch Fractions	Inch Decimals	Metric mm	Weight per 1000 balls kg
1/64	.0156	0.397	.00026	–	.7480	19.000	27.98
–	.0197	0.500	.00051	3/4	.7500	19.050	28.20
1/32	.0312	0.794	.00210	25/32	.7812	19.844	31.87
–	.0394	1.000	.00407	–	.7874	20.000	32.63
3/64	.0469	1.190	.00688	13/16	.8125	20.637	35.85
–	.0472	1.200	.00704	–	.8268	21.000	37.77
–	.0590	1.500	.01377	27/32	.8437	21.431	40.15
1/16	.0625	1.588	.01632	–	.8661	22.000	43.43
5/64	.0781	1.984	.03187	7/8	.8750	22.225	44.78
–	.0787	2.000	.0326	–	.9055	23.000	49.63
3/32	.0937	2.381	.0550	29/32	.9062	23.019	49.75
–	.0984	2.500	.0638	15/16	.9375	23.812	55.07
7/64	.1094	2.778	.0875	–	.9449	24.000	56.39
–	.1181	3.000	.1101	31/32	.9687	24.606	60.77
1/8	.1250	3.175	.1305	–	.9842	25.000	63.73
–	.1378	3.500	.1749	1	1.0000	25.400	66.84
9/64	.1406	3.572	.1859	–	1.0236	26.000	71.69
5/32	.1562	3.969	.2550	1 1/16	1.0625	26.987	80.17
–	.1575	4.000	.2610	–	1.1024	28.000	89.54
11/64	.1719	4.366	.3394	1 1/8	1.1250	28.575	95.17
–	.1772	4.500	.3716	–	1.1811	30.000	110.10
3/16	.1875	4.762	.4406	1 3/16	1.1875	30.162	111.90
–	.1968	5.000	.5099	1 1/4	1.2500	31.750	130.50
–	.2165	5.500	.6786	–	1.2598	32.000	133.70
7/32	.2187	5.556	.6996	1 5/16	1.3125	33.337	151.10
15/64	.2344	5.953	.8605	–	1.3386	34.000	160.30
–	.2362	6.000	.8810	1 3/8	1.3750	34.925	173.80
1/4	.2500	6.350	1.044	–	1.3780	35.000	174.90
–	.2559	6.500	1.120	–	1.4173	36.000	190.30
17/64	.2656	6.747	1.253	17/16	1.4375	36.512	198.50
–	.2756	7.000	1.399	–	1.4960	38.000	223.80
9/32	.2812	7.144	1.487	1 1/2	1.5000	38.100	225.60
–	.2953	7.500	1.721	1 9/16	1.5625	39.687	255.00
19/64	.2969	7.541	1.749	–	1.5748	40.000	261.00
5/16	.3125	7.938	2.040	1 5/8	1.6250	41.275	286.00
–	.3150	8.000	2.088	1 11/16	1.6875	42.862	321.20
–	.3346	8.500	2.505	1 3/4	1.7500	44.450	358.20
11/32	.3437	8.731	2.715	–	1.7716	45.000	371.70
–	.3543	9.000	2.973	1 13/16	1.8125	46.037	398,00
23/64	.3594	9.128	3.102	1 7/8	1.8750	47.625	440.60
–	.3740	9.500	3.497	1 15/16	1.9375	49.212	486.10
3/8	.3750	9.525	3.525	–	1.9685	50.000	509.90
25/64	.3906	9.922	3.983	2	2.0000	50.800	534.70
–	.3937	10.000	4.079	21/8	2.1250	53.975	641.40
13/32	.4062	10.319	4.481	–	2.1653	55.000	678.60
–	.4331	11.000	5.429	21/4	2.2500	57.150	761.30
7/16	.4375	11.112	5.597	–	2.3622	60.000	881.00
–	.4528	11.500	6.203	23/8	2.3750	60.325	895.40
29/64	.4531	11.509	6.219	2y2	2.5000	63.500	1044.40
15/32	.4687	11.906	6.884	–	2.5590	65.000	1120.10
–	.4724	12.000	7.048	25/8	2.6250	66.675	1209.00
31/64	.4844	12.303	7.596	23/4	2.7500	69.850	1390.10
y2	.5000	12.700	8.355	–	2.7559	70.000	1484.70
–	.5118	13.000	8.961	27/8	2.8750	73.025	1588.40
17/32	.5312	13.494	10.02	–	2.9528	75.000	1720.70
–	.5512	14.000	11.19	3	3.0000	76.200	1804.70
9/16	.5625	14.288	11.90	31/8	3.1250	79.375	2039.80
–	.5905	15.000	13.77	–	3.1500	80.000	2088.30
19/32	.5937	15.081	13.99	3 ¥a	3.2500	82.550	2294.40
5/8	.6250	15.875	16.32	–	3.3464	85.000	2530.90
–	.6299	16.000	16.70	3y2	3.5000	88.900	2865.70
21/32	.6562	16.669	18.89	–	3.5433	90.000	2993.40
–	.6693	17.000	20.04	–	3.7401	95.000	3521.10
11/16	.6875	17.462	21.72	33/4	3.7500	95.250	3524.70
–	.7087	18.000	23.79	–	3.9370	100.000	4078.80
23/32	.7187	18.256	24.82	4	4.0000	101.600	4277.70

Tungsten Carbide Cobalt Binder:

General Information

Tungsten Carbide materials have a unique combinations of properties, high compressive strength, hardness and resistance to wear, as well as an ability to withstand shock and impact. Typical applications are Valves, Flowmeters, Ball Screws and Linear Bearings. Balls from this material are also used for Ballizing, Gauging and Ball Pens.

Composition
Tungsten Carbide	93 – 95%
Co	5-7%
Hardness Hra	90.5 – 91.5
Co	5-7%
Mechanical Properties (Typical)
Density	14.947 – 15.0% g/cm3
Thermal Conductivity	100 W/m/oC
Electrical Resistivity	20 uW/cm
Size Range –	0.6 mm (0.024″) to 50.8 mm (2″)
Standard Grades Available	5,10, 25,100
Size Range	0.6 mm (0.024″) to 50.8 mm (2″)

Titanium Alloys :

General Information

Titanium balls provide low weight, good mechanical features, thermal properties and corrosion resistance. They are used even in aesthetic applications. Grade 1 and Grade 2 belongs to the Commercially pure Titanium Alloys family.

Applications

Titanium balls are used in Aviation, Aerospace, Military, Chemical, Petrochemical Industry, in the Medical Field, Jewelry, Calibration of Measurement Instruments, Piercing purposes.

Chemical Composition
C	0.080% Max
N	0.030% Max
TL	balance
Fe	0.20% Max
0	0.18% Max
H	0.015% Max
Hardness HRc	28-42
Size Range	1mm – 12mm
Standard Grades Available	100,200

Tungsten Carbide Nickel Binder:

General Information

Conventional Tungsten Carbides (with Cobalt binder) has limited corrosion resistance, which makes them unsuitable for applications in which the wear parts are operating under both severe abrasive and corrosive conditions. As a general rule straight Tungsten Carbide (with Cobait Binder) is resistant to corrosion down to pH 7. By comparison, tests have shown that our Tungsten Carbide (with Nickel binder) material is resistant to corrosion down to pH 2 or 3.

Composition (IS) -K16C)
Tungsten Carbide	90 – 92%
Nickel Base Binder	8 -10%
Hardness
Hra	88 – 89
Size Range:	0.635 mm (0.025″) to 50.8 mm (2″)
Standard GradesAvailable	10, 25,100

Hastelloy C276 Alloy Balls :

General Information

Ni based alloy balls, they show very good crevice, pitting and stress corrosion resistance, both on oxidating and reducing environments. Good wear resistance. Balls are provide in the passivated condition.

Applications

Special pumps and valves, they are applied in the Foodstuff, Paper, Chemical, Pharmaceutical, Naval, Petrol, Textile industry. Devices for Waste Treatment, Pollution Check, Flue Gas Desulfurization, Turbines.

Chemical Composition
Cr	14.5-16.5%
W	3-4.5%
Mo	15-17%
Fe	4-7%
Co	2.5% max.
Ni	Balance

Hardness HRc	32-48
Size Range	3/64″ – 4″ max
Standard Grades Available	100,200

Inconel 825 Alloy Balls :

General Information

Austentic NiCrFe alloy balls, they provide excellent corrosion resistance in aggressive environments, both general and localized.

Applications

Special Valves for the Chemical Industry.

Chemical Composition
C	0.050% Max
Si	0.50 Max
Mn	1.00% Max
P	0.020% Max
S	0.030% Max
Cr	19.50 – 23.50 %
Ni	38.00 – 46.00 %
Mo	2.50 – 3.50 %
Cu	1.50 – 3.00 %
Ti	0.60 – 1.20 %
Al	0.20% Max
Fe	22.00 % Min

Hardness HRc	25-30
Mechanical Properties (Typical)
Tensile Strength	850-950 Mpa
Density	8.14 g/cm3
Size Range –	3/64″ – 4″ max
Standard Grades Available	100, 200, 500,1000

Monel K 400 Alloy Balls :

General Information

Nl-Cu based alloys with good mechanical characteristics and excellent corrosion resistance. Balls are provided in the passivated condition.

Applications

Special Pumps and Valves, Flue Gas Desulfurization, Heat Exchangers. They are used in the Paper, Chemical, Pharmaceutical, Naval, Petrol and Textile Industry.

Chemical Composition
C	0.30% Max
Si	0.50 Max
Mn	2.00% Max
S	0.024% Max
Ni	63.00 – 70.00 %
Cu	28.00 – 34.00 %
Co	1.00% Max
Fe	2.50 % Max

Hardness HRc	17-22
Mechanical Properties (Typical)
Tensile Strength	670-770 Mpa
Density	8.82 g/cm3
Size Range –	3/64″ – 4″ max
Standard Grades Available	25,100, 200

Inconel 625 Alloy Balls :

General Information

NL based alloy with high corrosion resistance properties, even in very aggressive environments. Bails are provide in the passivated condition.

Applications

Sea Water Applications, Compressors, Heat Exchangers, Turbines, Speciai Pumps and Valves. They are used in Aerospace, Chemical, Naval, Military, Nuclear, Oil and Gas Industry, High Temperature Appiications.

Chemical Composition
C	0.100% Max
Si	0.50% Max
Mn	0.50% Max
P	0.015% Max
s	0 015% Max
Cr	20.00 – 23.00 %
Ni	58.00% min
Cu	0.50 Max
Mo	8.00-10.00%
Nb	3.15-4.15%
Co	1.00% Max
Al	0.40% Max
Ti	0.40% Max
Fe	5.00% Max

Hardness HRc	30-35
Mechanical Properties (Typical)
Tensile Strength	1000-1100 Mpa
Density	8.42 g/cm3
Size Range –	3/64″ – 4″ max
Standard Grades Available	100, 200, 500,1000

Monel K 500 Alloy Balls:

General Information

Ni-Cu precipitation hardening ally, it presents higher hardness and load resistance with respect to Monel 400 alloy but same corrosion resistance. Bails are provide in the passivated state.

Applications

Special Pumps and Valves, they are used in Paper, Chemical, Electronic, Pharmaceutical, Naval, Oil and Gas Industry, Textile industry.

Chemical Composition
C	0.25% Max
Si	0.50% Max
Mn	1.50% Max
S	0.010% Max
Ni	63 00-70 00% Max
Cu	27.00-33.00% Max
Ti	0.35-0.85%
Al	2.30-3.15%
Fe	2.00% Max

Hardness HRB	75-90
Mechanical Property
Tensile Strength	920-1020 Mpa
Density	8.42 g/cm3
Size Range	3/64″ – 4″ max
Standard Grades Available	28,40,100, 200, 500,1000

Copper Balls:

General Information

Nearly pure copper balls, they show good mechanical and corrosion resistance properties, excellent thermal and electric conductivity.

Small amounts of alloying elements as Cr, Zr, Ag, Cd, Mg, Sn allow to improve the mechanical properties.

Applications

Copper balls are used in Galvanic Applications and in the fieid of Electronic Industry.

Chemical Composition

Cu	99.900 % min
Other	0.010 Max
Hardness HV	40-120
Mechanical Properties
Tensile Strength	220-320Mpa
Density	8.91 g/cm3
Size Range	3/64″ -1.5/8″ max
Standard Grades Available	100, 200, 500,1000

Alloy 20 Balls:

General Information

Alloy 20, is a nickel-iron-chromium austenitic alloy that was developed for maximum resistance to acid attack, specifically sulfuric acid. This super alloy has excellent resistance to general corrosion, pitting, and crevice corrosion in chemicals containing chlorides and sulfuric, phosphoric, and nitric acids. It also contains niobium for stabilization against sensitization and resultant inter granular corrosion.

Applications

Special Bearings, Pumps and Valves, in all applications where high wear, corrosion and temperature resistance are demanded.

Chemical Composition
Ni	32.00-38.00%
Fe	Balance
Cr	19.0-21.0%
Cu	3.0-4.0%
Mo	2.0-3.0%
Nb	8xC-1.0% max
C	.07% max
Mn	2.0% max
p	.045% max
S	.035% max
Si	1.0% max

Mechanical Properties
Tensile Min	80 ksi
Yield Min. (.2% offset)	35 ksi
Elongation Min.	30%
Reduction of Area Min.	50%
Size Range	3/64″ – 4″ max
Standard Grades Available	28,40,100, 200

Brass Balls:

General Information

Brass balls show fairish mechanical performance, good corrosion resistance, excellent electrical properties. They generate low frictions.

Applications

Special Valves, Industrial Pumps and Valves, Electronic Devices, Safety Switches, Heating Units, Appliances, Furniture Rails.

They are used in the Automotive, Electronic and Petrochemical Industry.

Chemical Composition
Cu	68.50-71.50% (C26000) 63.00- 68.50% (C27000) 59.00- 63.00% (C28000)
Zn	balance (C26000) balance (C27000)balance (C28000)
Pb	0.070 Max (C26000) 0.090 Max (C27000)0.090 Max (C28000)
Fe	0.050 Max (C26000) 0.070 Max (C27000)0.070 Max (C28000)

Hardness HRB	75-87
Mechanical Properties
Size Range	3/64″ – 4″ max
Tensile Strength	500-600 Mpa
Density	8.49 g/cm3

Non Ferrous Metal Steel Balls Manufacture And suppliers in Dubai, UAE

Non Ferrous Metal Steel Balls