New England Small Tube
New England Small Tube
🇺🇸 United States, New Hampshire
198611-50 peopleManufacturerNew England Small Tube, established in 1986, is a world leader in precision small diameter tube fabrication and assembly, operating from Litchfield, US. As an ISO 9001 certified manufacturer with 11-50 employees, the company specializes in OEM, contract manufacturing, and component supply. They support supply chain partners and OEMs from prototyping to full life-cycle support and full-scale production. Their core product lines include small diameter stainless steel tubing (hypodermic, fractional, metric), sample and reagent probes, cannulae, needles, pipettes, and custom specialty needles. They work with various materials such as Stainless Steel (304, 316, 304L, 316L), Brass, Titanium, Inconel 625, and other specialty alloys. New England Small Tube offers extensive fabrication services including tube cutting, bending, CNC machining, grinding (needle, surface, centerless), swaging, end forming (flaring, expanding, rolling, enclosures), laser services (welding, marking), brazing, and finishing (buffing, electropolishing, abrasive blasting, ID flow honing, coating). They serve diverse industries including instrumentation, lab diagnostics, food and beverage, veterinary, medical equipment manufacturing, aerospace, automotive, and electronics.
OEM manufacturerOffers OEM services for customized brand manufacturing.
Product customizationOffers full customization for design and features.
Established brandFounded in 1986, with over 20 years of industry experience.
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BRASS Tubing
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Brass is a copper alloy that contains zinc as the principal alloying element with or without other designated alloying elements such as iron, aluminum, nickel and silicon. Free-machining brass (the most common used by New England Small Tube) has excellent machinability and can be fabricated by machining, roll threading and knurling.304L & 316L Stainless Steel Tubing
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Types 304L and 316L are extra low carbon alloys that offer better corrosion resistance adjacent to brazes. These alloys contain a maximum of only 0.03% carbon. This amount of carbon is small enough to eliminate harmful carbon precipitation adjacent to brazes during the brazing operation.
These extra low carbon grades are recommended only for equipment made for service below the lower sensitizing temperature of 800 deg. F - especially when corrosive conditions are severe. They are not recommended for use at high temperature. Both grades can be highly polished with no surface blemishes.316 Stainless Steel Tubing
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This chromium-nickel alloy has high nickel content, and contains 2-4% molybdenum. Its corrosion resistance is somewhat better than chromium-nickel grades without molybdenum (such as 304)-particularly in acidic environments. The molybdenum tends to increase passivity, improves the alloy's corrosion resistance in general, and helps minimize pitting or pin hole corrosion under certain conditions. This grade has good creep strength at elevated temperatures.
Type 316 is used principally in highly corrosive environments, especially those where sulphite or various dye and bleach solutions are used.304 Stainless Steel Tubing
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This grade of chromium-nickel stainless steel retains an untarnished silvery surface under atmospheric conditions and has excellent heat oxidation resistance up to approximately 1600 deg F. In the annealed condition it is non-magnetic. Although it cannot be hardened by heat treatment, its hardness and tensile strength may be considerably increased by cold working. Type 304 has a maximum carbon content of .08% in order to minimize susceptibility to intergranular corrosion which may result when the metal is heated to around 900 deg. F.
Because of its great ductility and exceptional toughness, it can be severely drawn, spun, rolled, machined or otherwise worked in the cold state. It's welding properties are outstanding. Type 304 is recommended for corrosive environments.TITANIUM Tubing
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Titanium has strength similar to austentic stainless steel, yet its strength-to-weight ratio is superior to almost all other metals. It is immune to corrosive attacks by salt water or marine atmospheres and it exhibits exceptional resistance to a broad range of acids, alkalis and industrial chemicals.INCONEL 625 Tubing
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INCONEL alloy 625 has high strength and toughness from cryogenic temperatures to 2000 deg. F. It has high tensile, creep and rupture strength; outstanding fatigue; and high thermal-fatigue strength. In addition to good oxidation resistance, the alloy also resists corrosive attack by many other media; it is virtually immune to chloride-ion stress-corrosion cracking. INCONEL 625 is readily fabricated by common processes and has excellent brazeability qualities.
INCONEL 625 Tubing
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INCONEL alloy 625 has high strength and toughness from cryogenic temperatures to 2000 deg. F. It has high tensile, creep and rupture strength; outstanding fatigue; and high thermal-fatigue strength. In addition to good oxidation resistance, the alloy also resists corrosive attack by many other media; it is virtually immune to chloride-ion stress-corrosion cracking. INCONEL 625 is readily fabricated by common processes and has excellent brazeability qualities.BRASS Tubing
0·0 reviews
Brass is a copper alloy that contains zinc as the principal alloying element with or without other designated alloying elements such as iron, aluminum, nickel and silicon. Free-machining brass (the most common used by New England Small Tube) has excellent machinability and can be fabricated by machining, roll threading and knurling.304L & 316L Stainless Steel Tubing
0·0 reviews
Types 304L and 316L are extra low carbon alloys that offer better corrosion resistance adjacent to brazes. These alloys contain a maximum of only 0.03% carbon. This amount of carbon is small enough to eliminate harmful carbon precipitation adjacent to brazes during the brazing operation.
These extra low carbon grades are recommended only for equipment made for service below the lower sensitizing temperature of 800 deg. F - especially when corrosive conditions are severe. They are not recommended for use at high temperature. Both grades can be highly polished with no surface blemishes.316 Stainless Steel Tubing
0·0 reviews
This chromium-nickel alloy has high nickel content, and contains 2-4% molybdenum. Its corrosion resistance is somewhat better than chromium-nickel grades without molybdenum (such as 304)-particularly in acidic environments. The molybdenum tends to increase passivity, improves the alloy's corrosion resistance in general, and helps minimize pitting or pin hole corrosion under certain conditions. This grade has good creep strength at elevated temperatures.
Type 316 is used principally in highly corrosive environments, especially those where sulphite or various dye and bleach solutions are used.304 Stainless Steel Tubing
0·0 reviews
This grade of chromium-nickel stainless steel retains an untarnished silvery surface under atmospheric conditions and has excellent heat oxidation resistance up to approximately 1600 deg F. In the annealed condition it is non-magnetic. Although it cannot be hardened by heat treatment, its hardness and tensile strength may be considerably increased by cold working. Type 304 has a maximum carbon content of .08% in order to minimize susceptibility to intergranular corrosion which may result when the metal is heated to around 900 deg. F.
Because of its great ductility and exceptional toughness, it can be severely drawn, spun, rolled, machined or otherwise worked in the cold state. It's welding properties are outstanding. Type 304 is recommended for corrosive environments.TITANIUM Tubing
0·0 reviews
Titanium has strength similar to austentic stainless steel, yet its strength-to-weight ratio is superior to almost all other metals. It is immune to corrosive attacks by salt water or marine atmospheres and it exhibits exceptional resistance to a broad range of acids, alkalis and industrial chemicals.Customers
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Coiling/Winding
Fourslide
Secondary
Stamping
