Flanges - Import export

Wide range of products available at short notice Our delivery program in the product group flanges (ANSI B 16.5) includes the following types: Welding Neck Flanges. Slip-on flanges Loose Flanges (Lap Joint Flanges) Blind Flanges and Socked Welding Flanges Threaded Flanges Special / drawing parts. Special competence for special materials We supply flanges in the dimensions ½ "to 24" in the pressure levels 150/300/600/900/1500/2500 lbs. Our special competence lies in the delivery of special materials. The following special materials are available: Carbon Steel A 350 LF2 Chrome-Moly Alloy A 182 F Chrome-Moly Alloy A 182 F11 Chrome-Moly Alloy A 182 F 22

Combination of welding outlet and flange Nipoflange in pipeline construction A nipoflange is used in pipeline construction just like a welding outlet or a nipple outlet for a 90 ° branch. A Nipoflange is a combination of welding outlet, nipple outlet and flange. Further terms for Nipoflange are Weldoflange or Flangeolet. Two different branch sides On the pipe branch side , a nipo length has the shape of a welding outlet. This means that the branch from the pipe is made with a welded joint. There is a flange on the connection side, ie a flange connection is created. The flange can be designed according to customer requirements (usually according to DIN or ANSI). Nipoflange as a forged fitting A nipoflange (similar to ANSI B 16.9 / MSS-SP 97) is usually made from a forged blank. This means that a Nipoflange is a forged fitting and has no welds.

Stainless steel tubes 1.4301 304L 1.4404 316L 1.4571 316TI, 321, 1.4541 Stainless steel round bars 1.4301 1.4404 1.4571 1.4541 1.4021 1.4006 1.4104 Welded and seamless stainless steel tubes 904L 1.4539 UB6 - Full stainless steel round bars UB6 904L 1.4539 Refractory tubes and round bars 309 1.4828 1.4833 310 310S 1.4841 1.4845- Duplex tubes UNS S31803 1.4462 Super duplex tubes UNS S32750 S32760 1.4410 1.4501 Duplex super duplex full round bars 1.4462 1.4410 1.4501 Stainless steel sheets 1.4301 304L 1.4404 316L 1.4571 316TI, 321, 1.4541 Refractory sheet 309 1.4828 1.4833 310 310S 1.4841 1.4845- Duplex sheets UNS S31803 1.4462 Super duplex sheets UNS S32750 S32760 1.4410 1.4501 Stainless steel sheets UB6 904L 1.4539 Alloy tubes 600; 601; 800; 825 Hastelloy C276 - Tubes and sheets 2.4816; 2.4851; 2.4856; 2.4360 Duplex super duplex stainless steel flanges 904L UB6 1.4539

igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread igubal® flange bearings were developed for the bearing of shaft extensions or shaft bushings. Like all igubal® products, they consist of an igumid G housing and an iglidur® W300 spherical ball. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Features igubal® flange bearings were developed for the bearing of shaft ends or shaft bushings. Like all igubal® products, it consists of a housing made of igumid G and a spherical ball in iglidur® W300. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Application area As the igubal® flange bearings are also suitable for dry operation, they are particularly considered for applications in which the installation site is difficult, in humid or wet environment, or with special demands on hygiene. Thus the igubal® flange bearings are used for instance in wash-brush controls, in facade sunscreen systems, in materials handling systems and in bakery equipment. igubal® flange bearing - Applications Installation According to type, igubal® flange bearing are designed for mounting with 2 or 4 holes. The 2-hole types are provided with oblong holes that enable a trouble-free readjustment. A precise alignment of the bearing housing is not required as the flange bearing automatically compensates for error. Delivery program For shafts, igubal® flange bearings with 2 and 4 mounting holes are available in standard dimensions of 5 to 50 mm. For delivery times and more dimensions, you may please contact us. When to use it? When chemical resistance is required When a low-cost alternative is desired When dirt-resistant bearings are needed When misalignments should be compensated When fully split components are needed When not to use? When temperatures above +200°C prevail When an integrated collar is required When dimensions over 50 mm are needed When rotation speeds in excess of 0.5 m/s should be implemented igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread

iglidur® flange bearing d1 [mm]: With this design it is possible to use the iglidur® high-performance bearings where housing bores with no precise tolerances are possible. When to use iglidur® flange bearings? When you want a screw flanged bearing When a clip bearing solution is not satisfactory as a sheet metal feedthrough When there is a housing with very rough tolerances When the tight fit of a press-fit bearing is not sufficient as an axial securing When not to use them? When an additional angle compensation is required igubal® flange bearing When a screw connection is not possible iglidur® clip bearing When a large guide length is necessary iglidur® G General features With this design it is possible to use the iglidur® high-performance bearings where housing bores with no precise tolerances are possible. The design enables high loads with minimum demand on the precision of the housing. iglidur® maintenance-free flange bearings are available in four materials - iglidur® G, iglidur® J, iglidur® X and iglidur® A180. Thus, with this design, a very wide range of applications - from the universal bearing through the highest wear resistance or temperature resistance (up to +250°C) up to FDA-compliant bearing solutions - can be covered. Installation Dependent on the stressing capacities, various mounting types are used. For low radial loads, it is enough to mount the iglidur® flange bearing with just two screws on a surface. For higher radial loads, it is advisable to support the iglidur® flange bearing in a bore on the reinforced side in the load direction. Large tolerances are permitted for this bore, as it is only to additionally support the iglidur® flange bearing. In order to support still higher radial loads, the iglidur® flange bearing can be press-fitted with the longer side in an H tolerance bore. The additional screw connection secures the firm seating of the bearing in the housing. For the mounting of the iglidur® maintenance-free flange bearing, no special tools or devices are necessary. The alignment of the bearing in multiple mounted shafts is easily possible at the installation. Available materials: iglidur® G, iglidur® A180, iglidur® J and iglidur® X The mounting of the iglidur® flange bearing: Simple and safe iglidur® flange bearing d1 [mm]:

MDM Double flange bearing b1 [mm]: When to use it? When the axial safety of the iglidur® clip bearing is not sufficient When there is a housing with very rough tolerance When high axial forces must be absorbed When not to use it? When an automated assembly is required iglidur® MKM When the iglidur® clip bearings offer adequate tightness iglidur® clip bearing When a large guide length is necessary iglidur® MKM MDM Double flange bearing b1 [mm]: Special features Large flange surfaces Symmetrical flange Easy installation Easy to clip on Undetachable after cataphoretic painting process Special option possible

The new direct-current motors with worm gear enable quiet and economically efficient operation with drylin® lead screw units. The worm wheel has a spline to which the drive pin of the linear unit is connected. As a result, a motor flange and coupling are unnecessary and, this taken in conjunction with the motor adapter angled by 90°, the structure of the linear module is very compact. Thanks to the integrated magnetic rotary encoder (2-channel hall), the new DC motors are suitable for positioning. - Space-saving and compact design - Easy to fit - Quiet operation - Rotary position encoder included - Suitable for: SLW-BB, SAW, ZLW

When combined with the appropriate gearbox, drylin® linear axes with the new BLDC motors achieve higher speed and greater torque. Energy is used more efficiently, as a result of which EC/BLDC motors are more durable and have a longer service life. Due to the fact that carbon brushes are not used, brushless motors are almost completely wear-resistant, generate less heat and enable longer, uninterrupted operation. The EC/BLDC motors have the same connections as NEMA 17/23/24/34 stepper motors. - Brushless motors enable higher speed and greater torque - Longer operating time and service life - Virtually wear-free - Less heat generated - for all drylin® linear modules and axes with NEMA17/23/24/34 hole pattern

Reduction of radial loads Compensation of tolerances Fast feeds Continuous angle adjustment Reduction of radial loads Compensation of tolerances Fast feeds Continuous angle adjustment

Special features press fit Both sides axially mounted Tolerance compensation of the sheet thickness Easy installation Axially prestressed Special option possible MKM Double flange bearing d1 [mm]: Special features press fit Both sides axially mounted Tolerance compensation of the sheet thickness Easy installation Axially prestressed Special option possible Press in, flange, finished: loss secure, axially mounted When to use it? When a flanged bearing is needed When the housing bore is more than 4 mm long When the axial safety is not ensured by press fit When a two-side flange is required as a thrust surface When not to use it? When maximum compressive strengths are required iglidur® G When a simple press-in bearing is needed iglidur® M250 When a clip-on sheet metal feedthrough is sought iglidur® G MKM Double flange bearing d1 [mm]:

Investment cast 1.4308 stainless steel. ISO 4762 cap screw and ISO 4032 hex nut, stainless steel. From ø30 mm ISO 4017 hex head bolt, stainless steel. Version: Electropolished. Note: The tube clamps with diameters 30 and 40 mm have a silicone sleeve that protects the thread of the hex head screw from contamination and damage. On request: Clamping levers for tightening. Accessory: - Round and square tubes 29050

Housing plastic. Ball bearing stainless steel 1.4112. Plain bearing insert POM. Bushes and grease nipple stainless steel 1.4301. Version Plain bearing insert white. Housing green. Stainless steel parts bright. Note The housings are very robust, hard wearing and shock proof. They are resistant to most alkaline solutions, weak acids (PH 49) and brines. In contrast to cast or steel housings the special plastic in these housings prevent the formation of microorganisms. Drawing reference 1) ball bearing 2) plain bearing

Bearing flanges and fastening pieces PAGF. Bolts steel. Black. Bolts electro zincplated. Two bearing flanges combined with a D50 type I aluminium profile tube (10050) form a feed roller (loadbearing roller). The bearing flanges are simply pressed into the aluminium profile tube. These can be used for many conveyance tasks. The bearing flanges have ball bearings and springloaded fastening spigots which enable transport rollers to be retrofitted into existing structures. A roller conveyor is created when several transport rollers are mounted in series. Two bearing flanges are required for a transport roller.

Housing steel. Cage plastic. Balls steel. Note The linear ball bearings correspond to series 3 of ISO 10285. With doublesided seal. The linear ball bearings have a plastic cage which results in quiet and outstanding running properties. With flange for direct mounting on the housing. Linear ball bearings with doublesided seal should be greased before installation. The specified load ratings apply with the use of hardened and ground shafts. Precision guide shafts 21595. Fastening screws 07160.

Housing steel. Cage plastic. Balls steel. Note The linear ball bearings correspond to series 3 of ISO 10285. With doublesided seal. The linear ball bearings have a plastic cage which results in quiet and outstanding running properties. With flange for direct mounting on the housing. Linear ball bearings with doublesided seal should be greased before installation. The specified load ratings apply with the use of hardened and ground shafts. Precision guide shafts 21595. Fastening screws 07160.

From diameter D1 over 15 mm size increases are 0.5 mm.

EN 1092 plate flange for welding type 01, reduced thickness grade 1.4301 54 B11 PN16 Form A

DIN 2527 blind flange, reduced thickness grade 1.4301, DN200, PN10, Form B

DIN 2566 threaded flange, grade 1.4571 42.4 PN16 Form C

DIN 2642 lap joint flange, reduced thickness, grade 1.4301 76.1 PN10 Form

DIN 2633 weld-neck flange, grade 1.4301 21.3 PN16 Form C

Steel C45. Stainless steel 1.4305. Gunmetal Rg 7. Spline hubs based on DIN ISO 14 with straight parallel flanks. A spline shaft with spline hub is used to transmit high torques while enabling simultaneous axial movement.

DIN 2566 threaded flange, grade 1.4571 33.7 PN16 Form C

DIN 2566 threaded flange, grade 1.4571 26.9 PN16 Form C

DIN 2566 threaded flange, grade 1.4571 21.3 PN16 Form C

DIN 2566 threaded flange, grade 1.4571, 17,2 PN16 Form C

DIN 2527 blind flange, grade 1.4571 DN15, PN16, Form B

DIN 2527 blind flange, reduced thickness grade 1.4307 DN250, PN10, Form B

DIN 2527 blind flange, reduced thickness grade 1.4307, DN200, PN10, Form B