Tapping Screws / Thread Forming Screws / Machine Screws
Self Drilling Screws / Roofing Screws / EPDM Bonded Washers / EPDM Rubber Washers / Drywall Scrws / Deck Screws / Chipboard Screws
Concrete Screws / Window Frame Concrete Screws / Furniture Scrws
Stainless Steel Screws / Anchors
Socket Cap Screw / Hexagon Socket Head Cap Screw /
Carriage Bolt (Round Head Square Neck Bolt, Coach Bolt) /
Hex Flange Bolt / Elevator Bolt / Shoulder Bolt / T-Bolt / Plow Bolt / Double End Stud / Wheep Stud / Hex Bolt
Hex Nylon Nut / Hex Flange Nylon Nut / Hex Flange Nut /
Hex Flange Weld Nut / Hex Weld Nut / Square Weld Nut /
Round Weld Nut / Round Base T-Nut / Tube End Nut
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Mechanical Accessories / Auto Parts / Motorcycle Parts /
Electronic Components / Metal Processing / Special Bolt & Nuts
Metal stamping technology increase production rates, reduce labor costs, provide higher safety levels for factory workers and fasten turnaround time ...
*Point Length
The drill point is the unthreaded section from the drill point to the first thread. This length must be long enough to completely drill through the material before the threads engage. If the threads engage too early, they can cause the fastener to bind and break.
Specifications :IFI, DIN7504, JIS, BS
Materials :Carbon Steel
Sizes :#4(M2.9) ~ 14#(M6.3)
Thread rolling screw recommended for use in metal. Self-tapping screws can be divided into two classes, those that displace material (especially plastic and thin metal sheets) without removing it are termed thread-forming self-tapping screws; self-tappers with sharp cutting surfaces that remove the material as they are inserted are termed self-cutting.
Specifications :ASME B18.6.3 / DIN7500
Materials :Carbon Steel
Sizes :#2~1/2(M2~M12)
Machine screws used to hold parts together in tools, appliances, machines, electronics, engines, and industrial manufacturing equipment. The threads remain the same diameter throughout the entire length. This is opposed to tapered threads with a pointed end which can cut their own thread into the materials, so mostly machine screws are threaded through pre-drilling, tapped holes. The most common head types of this kind of screw are round head, flat head, oval head, pan head, truss head, and hex head.
Specifications :ASME B18.6.3 ;DIN84,85,963,964,965,966,7985 ;JIS
Materials :Carbon Steel
Sizes :#0(M1.6) ~ 3/4(M10)
Some self-tapping screws are also self-drilling, These screws combine a thrilling-like action and the fastener installation itself into only one driving motion (instead of separate drilling, tapping, and installing motions); they are thus very efficient in a variety of hard-substrate applications, from assembly lines to roofing.
How do I Choose the Correct Self-Drilling and Self-Tapping Screws??
Two important factors to consider when selecting a self-drilling screw are, material thickness and types of materials to be joined.
Specifications :IFI, DIN7504, JIS, BS
Materials :Carbon Steel
Sizes :#4(M2.9) ~ 14#(M6.3)
*Drill Flute
The length of the drill flute determines the metal thickness that can be drilled. Drill flutes allow the drilled material to exit the hole. If the drill flute becomes completely imbedded in the material, the drill chips will clog the flute and cause the cutting action to cease. If this occurs, the heat from the drill chips could cause the drill point to become over-heated and fail.
Specifications :IFI, DIN7504, JIS, BS
Materials :Carbon Steel / Stainless Steel
Sizes :#4(M2.9) ~ 14#(M6.3)
Self-tapping screws have a wide range of tip and thread patterns, and are available with almost any possible screw head design. Common features are the screw thread covering the whole length of the screw from tip to head and a pronounced thread hard enough for the intended substrate, often case-hardened. Not all self-tapping screws have a sharp tip.
The type B tip is blunt and intended for use with a pilot hole, often in sheet materials. The lack of a sharp tip is helpful for packaging and handling and in some applications may be helpful for reducing the clearance necessary on the reverse of a fastened panel or for making more thread available on a given length screw.
Sheet metal screws (sometimes called "sheet-metal self-tappers") these screws are a type of self-tapping screw despite the thread created in the sheet of metal being small. Pan-head Self-tapping screws are common in electrical equipment while flatter-headed truss or flat countersunk headed self-tapping screws are more common in aviation applications.
Specifications :ASME B18.6.3 ; DIN7981,7982,7971,7972,7973,7970,79
Materials :Carbon Steel
Sizes :#4(M3)~3/8(M10)
*Screw Wings
It is necessary to use fasteners with wings when fastening wood, over ½” thick, to metal. The wings will ream a clearance hole and keep the threads from engaging too early. If the threads engage too early, this could cause a separation of the fastened material from the base material (jacking). Once the wings hit the metal material, they will break off allowing the threads to engage.
Specifications :IFI, DIN7504, JIS, BS
Materials :Carbon Steel
Sizes :#4(M2.9) ~ 14#(M6.3)
Self-drilling fasteners for attaching into metal, aluminium, or stainless steel. Drills hole, forms mating thread and clamps home in one easy operation. No more need for using the other pre-drilling tools. Most screws are available with painted heads, protective coatings and bonded EPDM washers to order.
Hex washer head, self tapping roofing screw with EPDM washer seal:
Corrugated roofing and corrugated siding screws.
Colored anti-corrosion coating to 500 or 1000 or 1500 hrs S.S.T.
Roofing screw has a sharp point to enable it to penetrate metal roofing and siding without a drill.
Metal-to-wood roof screws.
Specifications :under customer's requirement
A drywall screw is designed for attaching drywall (plaster board) to wood or metal studs. It is available with either coarse or fine threads. Coarse threaded screws hold better in wood and are often preferred in home construction for wood frame walls. Fine threaded screws are the better choice when using metal studs.
Materials :Carbon Steel
Sizes :#6(M3.5) ~ #10(M4.8)
Decking screws are designed for use in timber or composite deck boards. Typically they have a parallel shank and most likely have a self-drilling and countersink feature which enables the screw to be fastened in one operation without pre-drilling the timbers. If used in hardwood decking boards would still need to pre-drill or use decking screws with cutting wings for preventing fastener spin out and easy to screw in. Decking screws are usually producing with coating or by stainless steel in order to avoid corrosion, and they usually with high torque drives, such as square, hexagon and torx drives.
Materials :Carbon Steel
Sizes :#6(M3) ~ #10(M4.8)
【SCREW USES】
Wood screws are primarily used for woodworking both indoor and outdoor, and it can be used for installing drywall in houses, buildings and offices, they have sharp point that can pierce through drywall.
【DURABLE MATERIAL】
High-quality colorized zinc plated surface self-tapping screws that made of carton steel, durable and sturdy, high in strength, non-deforming, zinc plated can improve the ability of corrosion resistance and anti resistance, it can be reserved longtime.
【Modified Truss Washer Head 】
High Performance Exterior Coated Star/Torx Drive Wood Screws-Easy Install Torx
Modified Truss (Washer) Head Provides High Compression Forces & Neat and Finished Appearance
Quality Wood Screw Thread Require Less Torque to Drive the Screw & Provide Maximum Holding Power
Torx/Star Drive Wood Screw Head Provides Twice the Torque of Phillips or Square Drive Screw Heads
Exterior Coated Screws Have Been Through a 1200 Hour Salt Spray Test.
1/4" Construction Lag Screw Thread Diameter Modified Truss Head Screw (1/2" Head Diameter)
Use T25 Torx/Star Drive Bit for Installing Construction Lag Wood Screws.
【Coarse Deep Thread Phillips Pan Head Screws Nickel Plated】
This nickel-plated screw has excellent holding power in particle board, MDF, and plastic material.
Diameter: #9, Length: 1-1/2"
Drive: Torx, Head: Wafer Head
Specifications :
Materials :Carbon Steel
Sizes :M2.5 ~ M6.0 (#6 ~ #12)
Corrosion resistance and long lasting performance due to the Ruspert blue coating. Deep threads provide superior holding strength.
Great for anchoring items to concrete, brick, block, or other masonry materials. Masonry screws, also called concrete screws are used to fasten fittings to masonry or concrete. They are available in both Phillips flat head (for flush finishes) and hex washer head (for ease of installation). The predrilling holes are needed, and commonly installed with an impact driver or hammer drill. The diamond tip allows for superior penetrating into hard materials.
Materials :Carbon Steel
Sizes :3/16
Ideal for fixing uPVC and timber frames directly to masonry. Window frame screws are for the installation of windows and door frames. They tap directly into brick without plugs or nylon anchors, and they are suitable for edge application. Window frame screws are usually with torx drives in order to increase torque control.
Materials :Carbon Steel
Sizes :M7.5
Knock Down (K/D) dowels are usually combined with knockdown cam. The functions of the set of knockdown cam and dowel fittings are to ensure high precision and dimensional accuracy, give greater resistance to torsion and pull-out. Besides, it is nearly invisible after installation. It is commonly used in desking, kitchen units, bedroom furniture and display.
Confirmat Screws are designed to be used with processed-wooden materials such as fiber boards that are used in furniture and cabinet construction. The head and threads of this type of screws ensure a strong hold over the application when inserted into a pilot hole.
Joint Connector Bolts or connector bolts are regularly used in furniture making including cabinets, chairs, tables and beds. They are usually use together with Joint Connector Nuts or Cross Dowels. The hex socket drive allows allen key to install which is particularly useful with self-assembly furniture.
Joint Connector Nuts, connector nuts or sleeve nuts are frequently used with connector bolts to connect furniture together, available in a huge range of thread sizes and lengths. The head size of the bolt and nut match, providing an excellent surface finish on both sides of the assembly. They are easily applied with an Allen key.
A hex key, Allen wrench or Allen key, is a simple tool used to drive bolts and screws with hexagonal sockets in their heads. It is an L-shaped hexagon rod. This tools can be used in furniture assembling or bike repairing.
Hanger bolt is a double ended bolt with wood threads on one end (screw into wood), and machine threads on the other end (accept a nut into a pre-drilling hole). Coupling nuts and threaded rod are often used with hanger bolts to suspend electrical conduits, pull boxes, fixtures and sheet metal.
A threaded rod, also known as a stud, is a long rod threaded on both ends; the thread may extend along the complete length of the rod. It is used to convert between rotational and linear movement or force. Commonly used in manufacturing, automotive, electrical, plumbing, and general construction applications.
Specifications :under customer's requirement
stainless steel with superior rust resistant ensure long lasting results. 400 series with heat treatment has a good and strong drilling preformance to steel plate. 300 series performed very well by drilling into aluminium plate.
Specifications :Self-Drilling Screws, Self-Tapping Screws, Chipboa
Materials :Stainless Steel
Sizes :M2 ~ M16
Plastic Anchors
1.These plastic anchors are intended for light duty anchoring applications and offer extra support.
2. The split in the ribbed anchors expand on two opposing sides as you tighten the screw.
Ribs prevent the anchor from turning in the hole during installation.
3. The split in the anchor ensures three way expansion on sides for increased holding power.
4. 1/4" Drill Size. Once anchor installed, they provide a flush, clean appearance in drywall.
Hammer Fixing & Plug
For fixing of concrete, solid bricks, perforated bricks, hollow blocks.
• The fixings are manufactured from the same high- grade and quality-monitored polyimide (nylon) which is also used for the frame fixings with general building inspectorate approval.
• The material is temperature resistant (-40° to +80°C.)
• Pre-assembled for quick and easy installation.
• High holding power.
• Cost-effective alternative for the quick and easy installation of sheets, cable and pipe clips, perforated tapes, subframe systems and wall connection or plaster profiles that do not require an approved fixing solution.
316 Stainless Steel Wedge Anchor Zinc Plated
• The anchor is made from 316 Stainless Steel. This anchor is designed for use in Concrete only, and should never be used in block or brick base material.
• The anchor requires a 3/8" hole to be drilled in the base material (Concrete only).
• The hole should be drilled with carbide tipped bit that meets ANSI standards and used in a hammer drill.
• The one-piece clip is formed around Anchor, assuring full expansion for dependable, superior holding power. Expanding clip will not fall off or twist in the hole.
• The test values listed below were obtained using 200-250 kgs/cm² concrete (no aggregate). A safe working load should not exceed 25% sated values.
Sleeve Anchor ZY
Pre-assembled for quick and easy installation,can be used in thin sections of concrete or solid masonry.
• Head styles for every application.
• The test values listed below were obtained using 200-250 kgs/cm² concrete (no aggregate). A safe working load should not exceed 25% sated values.
All-purpose expansion anchor for use in mediumweight applications. Quick and easy to install with no marking out required. Bolt and drill size marked on sleeve to ensure correct installation. Designed for optimal performance in concrete, brickwork, blockwork and stone. Ideal for stadium seating, satellite dishes, garage doors, shutters, signs and radiators.
1/2" (Inside/Screw 1/2" Diameter) Drop-in Anchor Zinc Plated
• Perfect expansion and specially designed built-in plug ensures full expansion of anchor.
• The anchor is made from Carbon Steel, and is Zinc Plated. This anchor is designed for use in Concrete only, and should never be used in block or brick base material.
• Drop-In Anchors work by pre drilling the hole, dropping the anchor in and then using the setting tool to create the expansion for securing the bolt. This anchorage system then allows you to remove the bolt if needed and leaves the anchor in place and not visible if you choose not to replace the permanent fixing.
Specifications :under customer's requirement
Materials :Carbon Steel / Stainless Steel
Thread-forming screws may have a non-circular plan view, mostly with three-fold symmetry for Taptite screws.
Thread-cutting screws have one or more flutes machined into their threads, giving cutting edges.
Specifications :ASME B18.6.3 / DIN7500
Materials :Carbon Steel
Sizes :#2~1/2
Composites material of metal and 100% EPDM rubber. Applicable on architecture-roofing, machine, and automobile area.Great performance on weather, UV and O3 resistance.
High quality EPDM, which has the abilities of aging resistance, high and low temperature resistance, acid and alkali resistance, ozone resistance and ultraviolet resistance.
Combined 304 stainless steel with EPDM, this washer is anti-rust and anti-aging, can avoid heat expansion and cold contraction while installing, and enhance the fastening effect as well as the function of sealing, dust-proof, waterproof.
The washer is slick, hard and thick, widely used in electrical equipment, industrial machinery, wind power and solar energy engineering, residential construction and housing etc. industries.
Excellent conductive performance for powder painting screws.
Reduce the failure painting risk.
Materials :Galvanized Steel G60(Z12), G90(Z27), Aluminum, A2
HIGH QUALITY WEATHER RESISTANT EPDM: Resists damaging ultraviolet radiation from the sun as well as outdoor temperature extremes. The EPDM washers contain superior aging qualities that will stand the test of time and always keep a leak proof seal.
EPDM properties are its outstanding heat, ozone and weather resistance. Excellent conductive performance for powder painting screws. Reduce the failure painting risk.
Hex Socket bolt also called hex socket cap screw. Its a bolt with a column-shape head (socket head) and internal hex drive. The most widely used are DIN912/ISO4762 hex socket cap screw and ANSI B18.3 socket head cap screws. There are more types of hex socket drive bolts and screws, for example pan head, button head, flat head and countersunk head. Metric series carbon steel hex socket drive bolts and screws generally supplied in class 8.8, class 10.9 and class 12.9 as per DIN and ISO standard, while inch series always in Grade 5 and Grade 8 as per SAE standard. Stainless steel socket drive screws normally in A2-70 and A4-80 (AISI 304 and AISI 316).
The regular surface treatment for steel hex socket bolts are black oxide, zinc coating, and dacromate or wax coating.
Specifications :Grade 5, 8 / Class 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :1/4~5/8 (M5~M16)
Socket screws are also known as Allen head screws or bolts, and are fastened using a hexagonal or shaped wrench, requiring a key to tighten and remove. It can be used in applications with limited access.
Specifications :Class 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :1/4~3 (M3~M24)
A carriage bolt has a square shoulder under a rounded head which resists turning when the nut is tightened or removed. They are good for wood-to-wood connections when the head may not be accessible for tightening. They may be used in the construction of docks, swing sets and decks as well as other surfaces where a smooth finish is needed.
Specifications :Grade 2, 5 , 8 / Class 4.8, 6.8, 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :1/4~3/4(M6~M16)
A hex flange bolt has a circular flange under the head that acts like a washer to distribute the load. It is used on vehicle frames, especially truck frames, and anywhere a hex washer head bolt is needed. The large bearing surface distributes clamping force over a large area, allowing them to be used with irregular and oversized holes.
Specifications :Grade 5 , 8 / Class 8.8, 10.9
Materials :Carbon Steel
Sizes :1/4~3/4 (M5~M20)
Elevator bolts are bolts with a wide flat head, a shallow conical bearing surface, a square neck, and a unified thread pitch. They are commonly used in conveyor systems.
Specifications :Grade 2 / Class 4.6, 5.8, 6.8
Materials :Carbon Steel
Sizes :1/4~3/8 (M6~M20)
A Hex Flange Shoulder Bolt has a hexagon head incorporating a flange with an unthreaded shoulder that has a larger diameter than the threads.
Specifications :Class 4.8, 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :M3~M12
A T Head bolt has a T shape head. It's a common used fastener that supply with a nut to joint the target object which has a T shaped slot and with its T shaped head sit flush or below the surface of the surrounding material. According to various usage on construction, heavy structure, automobile, the T head bolts generally are black oxided, zinc galvanized, hot dipper galvanized, or dacromate and Ruspert coated.
Specifications :Class 4.8, 5.8, 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :3/8~3/4 (M6~M12)
Plow bolts are typically used in snow plows and other heavy industrial equipment. They come with a flat head, domed head, clipped head, or elliptical head.
Specifications :Grade 5, 8, 9/Class 4.8, 6.8, 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :5/16~1
A double End Collar Stud has a round or hex shaped collar formed in the middle. Collars may be undercut to allow for flush seating at assembly. Different thread forms may be used on either end, including standard machine screw threads, thread cutting, thread forming for plastic or metal, or knurled.
Specifications :Grade 2, 5, 8 / Class 5.8, 8.8, 10.9
Materials :Carbon Steel
Sizes :1/4~4 (M4-M52)
Wheel studs are the threaded fasteners that hold on the wheels of many automobiles. They are semi-permanently mounted directly to the vehicle hub, usually through the brake drum or brake disk.
Specifications :Grade 5, 8 / Class 8.8, 10.9, 12.9
Materials :Carbon Steel
Sizes :1/4~1-1/8 (M6~M24)
Hex bolts have hexagonal heads and machine threads for use with a nut or in a tapped hole. Also known as hex cap screws or machine bolts.It is the industry standard for fasteners with forged heads and is common used in construction or repair. Hex bolts come in a large variety of sizes and diameters.
Specifications :1/4~5/8 (M5~M24)
Materials :Carbon Steel
Sizes :Grade 5, 8, 9 / Class 6.8, 8.8, 10.9, 12.9
Nylon nut is a kind of locknut with a nylon collar insert that resists turning. The plastic insert is placed at the end of the nut, with an inner diameter (ID) slightly smaller than the major diameter of the screw. The insert deforms elastically over the threads of the screw, without having threads in turn cut into it. The nylon insert locks the nut by friction against the screw under the applied radial compressive force. Nyloc nuts retain their locking ability up to 250 °F (121 °C).
Specifications :Grade 2,5,8
Materials :Carbon Steel
Sizes :#4~#10, 1/4~7/8
Flanged Nylon Locking Nuts (also called Nyloc Nuts) are fitted with a polymer insert.
The elastic Nylon insert of this component fits tightly against the fastener, and is designed to resist loosening.
An integrated flange provides this nut with greater load-bearing capabilities.
Specifications :Grade 8,10,12
Materials :Carbon Steel
Sizes :M5~M24
A weld nut is a special type of nut specifically designed to be welded to another object (stud welding). There are various types for different applications.
Specifications :Per customer's Print
Materials :1010, 10B21
Sizes :1/4~1 (M4~M12)
A flange nut is a nut that has a wide flange at one end that acts as an integrated washer. This serves to distribute the pressure of the nut over the part being secured, reducing the chance of damage to the part and making it less likely to loosen as a result of an uneven fastening surface. These nuts are mostly hexagonal in shape and are made up of hardened steel and often coated with zinc.
The flange may be serrated to provide a locking action. On a serrated flange nut, the serrations are angled such that they keep the nut from rotating in the direction that would loosen the nut. Because of the serrations they cannot be used with a washer or on surfaces that must not be scratched. The serrations help in preventing the vibration of the nut from moving the fastener, thus maintaining the holding power of nut.
Specifications :ASME B18.2.2(SAE J995) / DIN 6923
Materials :Carbon Steel
Sizes :#6~3/4 (M5~M20)
Three uniform projections ensure reliable contact with the weld surface, even if it is not perfectly flat. The precision pilot accurately locates the threads in the pilot hole and prevents the nut from slipping off center during welding. Six uniform projections ensure maximum contact with the weld surface. The precision pilot accurately locates the threads in the pilot hole and prevents the nut from slipping off center during welding. Available in three pilot heights to accommodate a variety of metal thicknesses.
Specifications :Per customer's Print
Materials :1010, 10B21
Sizes :1/4~1 (M4~M12)
1. It is made by cold forging of carbon steel with good weldability.
2. Easy to use on two separate components, use welding tools to weld nuts, simple operation, high fastness.
3. Usually used for component maintenance.
Specifications :Per customer's Print
Materials :1010, 10B21
Sizes :1/4~1 (M4~M12)
Round weld nuts have a long-threaded cylinder with a large circular base to make welding easy. They also sometimes have projections (known as weld nibs or bosses) to keep the nut from warping while welding with a high current.
Specifications :Per customer's Print
Three spherical weld projections provide a secure foundation for both through hole or flush mount weld T nuts. Projection welding is preferred where marring of the surface is a concern. The large, flat electrodes used to weld these parts will reduce surface irregularities.
Specifications :Per customer's Print
Tube end nuts are sized to fit into the end of standard sized tubing, thus creating a threaded tube from standard stock.
1.Specifically designed
2.Long lasting
3.Reliable
4.High finish
5.Durable
Specifications :Per customer's Print
Diameter from 1.5mm to 51mm with bar and up to 1000mm of cut pieces
Tolerance: Lengths as close as ±.0005" [0.0127mm]
Diameters as close as ±.0003" [0.0076mm]
RAW MATERIAL:
Stainless Steel: 303, 304, 316, 416, 420, 430, 440C, 630
Brass: C3600, C3604
Copper: C1100
Aluminum: 2011, 6061, 6082, 7075
Steel: 12L14, 1215, 1144, SCM415, SCM420, SCM435, SCM440, 6150, 8620, SUJ2 (52100)
Diameter from 1.5mm to 51mm with bar and up to 1000mm of cut pieces
Tolerance: Lengths as close as ±.0005" [0.0127mm]
Diameters as close as ±.0003" [0.0076mm]
RAW MATERIAL:
Stainless Steel: 303, 304, 316, 416, 420, 430, 440C, 630
Brass: C3600, C3604
Copper: C1100
Aluminum: 2011, 6061, 6082, 7075
Steel: 12L14, 1215, 1144, SCM415, SCM420, SCM435, SCM440, 6150, 8620, SUJ2 (52100)
Diameter from 1.5mm to 51mm with bar and up to 1000mm of cut pieces
Tolerance: Lengths as close as ±.0005" [0.0127mm]
Diameters as close as ±.0003" [0.0076mm]
RAW MATERIAL:
Stainless Steel: 303, 304, 316, 416, 420, 430, 440C, 630
Brass: C3600, C3604
Copper: C1100
Aluminum: 2011, 6061, 6082, 7075
Steel: 12L14, 1215, 1144, SCM415, SCM420, SCM435, SCM440, 6150, 8620, SUJ2 (52100)
Diameter from 1.5mm to 51mm with bar and up to 1000mm of cut pieces
Tolerance: Lengths as close as ±.0005" [0.0127mm]
Diameters as close as ±.0003" [0.0076mm]
RAW MATERIAL:
Stainless Steel: 303, 304, 316, 416, 420, 430, 440C, 630
Brass: C3600, C3604
Copper: C1100
Aluminum: 2011, 6061, 6082, 7075
Steel: 12L14, 1215, 1144, SCM415, SCM420, SCM435, SCM440, 6150, 8620, SUJ2 (52100)
Diameter from 1.5mm to 51mm with bar and up to 1000mm of cut pieces
Tolerance: Lengths as close as ±.0005" [0.0127mm]
Diameters as close as ±.0003" [0.0076mm]
RAW MATERIAL:
Stainless Steel: 303, 304, 316, 416, 420, 430, 440C, 630
Brass: C3600, C3604
Copper: C1100
Aluminum: 2011, 6061, 6082, 7075
Steel: 12L14, 1215, 1144, SCM415, SCM420, SCM435, SCM440, 6150, 8620, SUJ2 (52100)
Metal stamping technology increase production rates, reduce labor costs, provide higher safety levels for factory workers and fasten turnaround time. The process of stamping can produce a specified object repeatedly normally within a few steps which makes stamping economically favorable. Comparing with die forged parts, it is not as strong as it, but the quality of stamping parts are good enough.
Because of its versatility, metal stamping can benefit a wide range of industries. It can be applied to automotive, aerospace, marine, medical, and construction industry.
Metal stamping technology increase production rates, reduce labor costs, provide higher safety levels for factory workers and fasten turnaround time. The process of stamping can produce a specified object repeatedly normally within a few steps which makes stamping economically favorable. Comparing with die forged parts, it is not as strong as it, but the quality of stamping parts are good enough.
Because of its versatility, metal stamping can benefit a wide range of industries. It can be applied to automotive, aerospace, marine, medical, and construction industry.
Metal stamping technology increase production rates, reduce labor costs, provide higher safety levels for factory workers and fasten turnaround time. The process of stamping can produce a specified object repeatedly normally within a few steps which makes stamping economically favorable. Comparing with die forged parts, it is not as strong as it, but the quality of stamping parts are good enough.
Because of its versatility, metal stamping can benefit a wide range of industries. It can be applied to automotive, aerospace, marine, medical, and construction industry.
