Welding shields - Import export

Overview for triflex® advantages Other information triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification Overview for triflex® advantages Other information Application examples Interesting applications from a variety of industrial sectors Triflex® R Configure interior separation Define cables, select chain and configure interior separation. Now also for all Triflex® R series! Internal separation configurator Triflex® R QuickRobot Equipment support for various types of robots. Simplified ordering of complete systems. QuickRobot TRC.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11.3 mm e-chain® TRC.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining and separating of the triflex® R - TRC. Assembly Instructions TRC.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRC.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRC.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRC.100 Inner height Bi 1: 37.5 mm Inner height Bi 2: 32.5 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® TRC.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRCF.85 Inner height Bi 1: 30 mm Bending radius R: 135 mm Pitch: 30.6 mm e-chain® TRCF.100 Inner height Bi 1: 37,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11,3 mm e-chain® TRE.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the triflex® R - TRE. Assembly Instructions TRE.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRE.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain®. TRE.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100 Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® TRE.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.40.B Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® TRE.60.B Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRE-B version. Assembly instruction TRE.70.B Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRE.85.B Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100.B Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket Assembly tool triflex® R B-version Assembly tool for disassembly of triflex® R B-version Assembly tool triflex® R B-version TRL.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm bending radii R: 50 mm Pitch: 11,3 mm e-chain® TRL.40 Inner height Bi 1: 15 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the Triflex® R - TRL. Assembly Instructions TRL.60 Inner height Bi 1: 23 mm. Bending radius R: 87 mm. Pitch: 20.4 mm e-chain® TRL.70 Inner height Bi 1: 28 mm Bending radius R: 110 mm Pitch: 25.6 mm e-chain® TRL.100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRLF. 65 Inner height Bi 1: 24.4 mm Bending radius R: 100 mm Pitch: 23.1 mm e-chain® TRLF. 85 Inner height Bi 1: 32.8 mm Bending radius R: 135 mm Pitch: 31 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRLF. Assembly instruction TRLF. 100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables This system is especially suited for: First choice for multi-axis industrial robots Three versions are available: TRC: closed design; TRE: "Easy" design, very easy to fill in from outside; and TRL: the "Light" version, likewise with "easy" design Universally applicable in general mechanical engineering Secure energy supply system Multi-axis (3D movements) High torsional stability Can be shortened and lengthened as required due to the individual elements Large filling space Doesn't get stuck in the interfering edges Small bending radius Simple cable routing for three-dimensional applications with ball-and-socket system for absorption of high tensile strength Cables easy to install and replace (TRE/TRL version) Fiber rod module for partial reinforcement and to give direction TRL - One-piece element, extremely light High tensile strength without additional elements like steel cables, spring elements, etc. Typical industrial sectors and applications First choice for industrial robots Machine tools Handling equipment 6-axis Material handling system General mechanical engineering iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification

Argon welding is the word “Tungsten Inert Gas” that gives the welding method its name. Welding is also called the initials of this word and is referred to as TIG welding. The heat to perform the welding process is generated between the electrodes made of tungsten metal, which has a very high melting point, and the parts to be welded. The welding zone is protected by argon or helium gas sent from a nozzle surrounding the electrode. The electrodes used in the Tig (argon) welding method allow to join the welded material by melting, without melting themselves. When deemed necessary, additional welding rods are delivered to the welding area by the welder or by automatic wire feeding devices, as in oxy gas welding. Argon gas is generally used as a shield in argon welding. Argon gas is a noble gas, so it does not react and provides strong protection. It optimizes the ignition characteristics and stability of the arc

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Ming Xiao Manufacturing Custom Welded parts From all kind of carbon steels,stainless steels,aluminum,copper,Brass. We can produce weled parts from GTAW (Gas Tungsten Arc Weld),SMAW (Shielded Metal Arc Welding), MIG Welding (melt inert-gas welding),TIG Welding(Tungsten Inert Gas Welding) and laser welding for high quality required parts. Our Factory have may spot welding machines,butt welding machines, Argon shielded arc welding machine, Most welded metal parts use spot welding, the spot welding is the fastest way for small welding points, so say its spot welding. its can weld a net metal parts with many spots in consecutive. The welding services are widely use for welded brackets, welded wire frames, welded covers, welded studs on plates. Welcome contact us to discuss your welded metal parts.

Our company meets the quality requirements of PN-EN 1090-1 standard for welding metal materials and has a quality management certificate in ISO 3834-2 welding Our welders are authorized to weld using methods such as: MAG 135 - welding metal electrode in active gas shield MAG 136 - arc welding in the active gas shield powder wire MAG 138 - welding with consumable electrode in the shield of active gas powder wire with metal core SAW 121 - submerged arc welding

Metal welding is, the process of welding metals together, performed using heat, superheating or using a welding agent. Each of the above-mentioned solutions is distinguished by different properties, allowing to combine different types of materials and also to apply welding in a specific, well-defined area. We offer our customers comprehensive services in this area with the highest international standards. At our facility, we weld using MAG and TIG methods, in accordance with the international standards set forth in EN ISO 3834-2 for welding metal materials and EN ISO 1090-2. We weld both black and stainless steel. We manufacture structures up to EXC3 class. We have more than 70 WPQR welding qualifications according to EN ISO 15614. Our welders are qualified to weld by methods: MAG 135 - Arc welding with solid wire in active gas shielding. MAG 136 - Arc welding with powdered wire in active gas shielding. TIG 141 - Welding with non-fusible tungsten electrode in an inert gas shield.

We conduct welding processes in carbon dioxide and argon gas shields. We weld inox steel using the TIG method. We also weld aluminum alloys and non-ferrous metals. We perform spot welding on spot, table and forceps welders. We have about 10 welding machines in our machine park We have approximately 20 MIG-MAG and 5 TIG stations for welding. In our machine park we also have 3 welding robots from Yaskawa and one from ABB. Our largest robot has a working area of 6x2.5 meters.

SS 17/7 PH® is a precipitation hardenable stainless steel that is formable and also capable of meeting high strength requirements. It is utilized in applications that require both high strength and good corrosion resistance. The alloy is classified as semi-austenitic to distinguish the soft phase (austenite) available for ease of forming from the high strength phase (martensite) usually achieved by heat treatment. The alloy can be formed from the annealed temper but due to a rapid work hardening rate may not be deep drawn without intermediate annealing. It is joined by most arc and resistance methods used for stainless steel. It should not be fusion welded unless shielded by inert gas to prevent oxidation of aluminum.

Aluminum alloys are among the materials characterized by poor weldability. Any experienced welder will confirm that to work successfully with aluminum, you need to have a lot of experience and know all the features of this metal. Technologically this process is quite complicated and a lack of experience can lead to manufacturing defects. Due to its high thermal conductivity, low melting point and the presence of a refractory oxide film, welding aluminum requires special equipment. TIG welding with shielding gas using aluminum alloy hard facing rods provides excellent joint quality.

Argon welding is a popular name among people for welding technology, in which welding is performed in a shielding gas environment, most often argon. The gas prevents the metal under welding from coming into contact with the oxygen in the air, preventing oxidation. Inert argon is well suited for this purpose as it is non-toxic and relatively inexpensive. The equipment for argon welding comes in two types, TIG and MIG. In both cases, the machines are equipped with a non-consumable tungsten electrode. The difference is that TIG uses separate hard facing rods, but in MIG, the wire is fed automatically from the spool, for which people often call this method semi-automatic.

Best for stud welding using shielding gas ø 3 – 16 mm High repeatability Standard support with 2 legs Body made of fibre-glass reinforced polyamide Compensation for stud length variations up to 8mm Control cable plug (4 wire) Stud welding with shielding gas: optional

Ideal for shear studs and threaded studs High repeatability Hydraulic plunge damper Standard support with 2 legs Body Polyamid Compensation for stud length variations up to 8mm Control cable plug (4 wire) Stud welding with shielding gas: optional

1. High frequency protected. 2. Tilting angle range from 0° ~ 90° 3. Main shaft equip a Ø14 mm through hole for pipe welding or shield gas. 4. Faceplate contains 3 straight slots for 3-jaw chuck (PG-050L or PG-095L in option). *CE Conformity

The model K 24 is a robust stud welding gun, especially for studs ø 19 - 22 mm Ideal for welding shear connectors Ideal for through-deck-welding td High repeatability Hydraulic plunge damper Standard support with 2 legs Body made of fibre-glass reinforced polyamide Compensation for stud length variations up to 8mm Control cable plug (4 wire) Stud welding with shielding gas: optional

The model SK15 is a robust stud welding gun, designed for welding of threaded studs with ceramic ferrules ø 4 - 12 mm Ideal for short cylce stud welding ø 3 - 12 mm Best for stud welding using shielding gas ø 3 – 12 mm Lifting range 1 – 4,5 mm Standard support with 2 legs High repeatability Body made of fibre-glass reinforced polyamide Control cable plug (4 wire) Optional Integrated shielding gas device