Bakıroğlu Fittings

Weldoflange and Nipoflange

admin — Thu, 10 Aug 2023 10:34:09 +0000

Weldoflange and Nipoflange

The Weldoflange and Nipoflange is a combination of a Welding Neck flange and a special Weldolet or Nipolet. A Flange-olet (Flange-outlet) is also called Nipoflange or Weldoflange, its shape looks like a Long weld neck flange. It could be regarded as a combination of a long weld neck flange and a weldolet , or a nipolet welded with a weld neck flange.

A Nipoflange is used in the pipe industry like a weldolet or a nipolet for a 90° branch connection. A Nipoflange is a combination of weldolet, nipolet and flange.

The two components are manufactured in one piece, and not welded. These flanges are primarily in Branch connections.

Size: 1/2″ (15 NB) to 48″ (1200NB)

Standards: ANSI B16.5 Flanges, ANSI B16.47 Series A & B, DIN Flange, JIS B2220 flange, MSS SP44 Flange, EN1092-1 FLANGES, ASA, API 605, AWWA C207 Flange.

Pressure Ratings: Class 150, Class 300, Class 400, Class 600, Class 900, Class 1500, Class 2500. PN6, PN10, PN16, PN25, PN40, PN64 etc.

Carbon Steel Weldoflange / Nipoflanges: ASTM A105/A105N, A350 LF1, LF2 CL1/CL2, LF3 CL1/CL2.

ASTM A694 F42, F46, F48, F50, F52, F56, F60, F65, F70. ASTM A516 60, 65, 70, Steel RST37.2, C22.8

Stainless Steel Weldoflange / Nipoflanges: ASTM A182 F202, F304/304L/304H, F316/316L, F316H, F316TI, F310, F321, F904L

Alloy Steel Weldoflange / Nipoflanges: ASTM A182 F1, F5, F9, F11, F22, F91.

Nickel Alloy Weldoflange / Nipoflanges: Duplex, Super Duplex, Hastelloy, Monel, Inconel, Titanium.

Value Added Services: Customised Flanges & CNC Machining.

Bakıroğlu Fittings

Supplies Weldoflange, Nipoflange made in forged steel, Stainless Steel, alloy steel, etc.

It is manufacturing special products in line with technical drawings for Petrol and natural gas lines, refineries and petrochemical facilities, purification and decomposition facilities, nuclear and electricity power plants, dams and hydroelectric power plants, to the manufacture of tires, food, chemicals and machinery/press with Stainless Fittings, Titanium Fittings, A 105 Steel Fittings, Valves , Threaded SW, Caps, Flanges, Thredolet, Forged Elbows, Forged Reducing Elbow, Blind Flange, Coupling, Bushing, Sockolet.ec

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Flange Dimensions

admin — Fri, 17 Feb 2023 09:06:18 +0000

Ebat *Size*	Boru Çapı / *Pipe Dia*	Flanş Ölçüleri / *Flange Dimensions*								Cıvata Ölçüsü / *Bolt Dimensions*			*Ağırlık /Weight***
		d1	D	k	b			d3	f	d2	Cıvata Çap / *Bolt Dia*	n	EN 1092-1 kg/ad *kg/pcs*	DIN 2501 kg/ad *kg/pcs*	ISO 7005-1 kg/ad *kg/pcs*
		d1	D	k	EN 1092-1	DIN 2501	ISO 7005-1	d3	f	d2	Cıvata Çap / *Bolt Dia*	n	EN 1092-1 kg/ad *kg/pcs*	DIN 2501 kg/ad *kg/pcs*	ISO 7005-1 kg/ad *kg/pcs*
DN15	21,3	22	95	65	14	16	14	45	2	14	M12	4	0,59	0,69	0,59
DN20	26,9	27,6	105	75	16	18	16	58	2	14	M12	4	0,85	0,97	0,85
DN25	33,7	34,4	115	85	16	18	16	68	2	14	M12	4	1,01	1,15	1,01
DN32	42,4	43,1	140	100	18	18	18	78	2	18	M16	4	1,68	1,68	1,68
DN40	48,3	49	150	110	18	18	18	88	3	18	M16	4	1,8	1,8	1,8
DN50	60,3	61,1	165	125	20	20	20	102	3	18	M16	4	2,5	2,5	2,5
DN65	76,1	77,1	185	145	22	22	22	122	3	18	M16	8	3,2	3,2	3,2
DN80	88,9	90,3	200	160	24	24	24	138	3	18	M16	8	4,0	4,0	4,0
DN100	114,3	115,9	235	190	26	24	26	162	3	22	M20	8	5,6	5,2	5,6
DN125	139,7	141,6	270	220	28	26	28	188	3	26	M24	8	7,6	7,0	7,6
DN150	168,3	170,5	300	250	30	28	30	218	3	26	M24	8	9,6	8,9	9,6
DN200	219,1	221,5	360	310	32	30	32	278	3	26	M24	12	13,5	12,6	13,5
DN250	273,0	276,2	425	370	35	32	35	335	3	30	M27	12	19,1	17,4	19,1
DN300	323,9	327,6	485	430	38	34	38	395	4	30	M27	16	25,0	22,2	25,0
DN350	355,6	359,7	555	490	42	38	42	450	4	33	M30	16	39,6	35,6	39,6
DN400	406,4	411	620	550	48	40	46	505	4	36	M33	16	55,0	45,4	52,6
DN450	457	462,3	670	600	54	42	50	555	4	36	M33	20	66,9	51,4	61,7
DN500	508	513,5	730	660	58	44	56	615	4	36	M33	20	83,9	62,8	80,9
DN600	610	616,5	845	770	68	46	68	720	5	39	M36	20	122	81	122
DN700	711	718	960	875	85	46	–	820	5	42	M39	24	184	97	–
DN800	813	819	1085	990	95	50	–	930	5	48	M45	24	257	131	–
DN900	914	920	1185	1090	c	54	–	1030	5	48	M45	28	–	156	–
DN1000	1016	1022	1320	1210	c	58	–	1140	5	56	M52	28	–	207	–
DN1100	1116	1122	1420	1310	c	66	–	1240	5	56	M52	32	–	256	–
DN1200	1220	1226	1530	1420	c	70	–	1350	5	56	M52	32	–	306	–
DN1300	1320	1326	1640	1530	c	74	–	1455	5	62	M58	32	–	355	–
DN1400	1420	1426	1755	1640	c	76	–	1560	5	62	M58	36	–	410	–
DN1500	1524	1530	1865	1740	c	84	–	1670	5	62	M58	36	–	501	–
DN1600	1620	1626	1975	1860	c	90	–	1780	5	62	M58	40	–	595	–
DN1800	1820	1826	2195	2070	c	96	–	1985	5	70	M64	44	–	731	–
DN2000	2020	2026	2425	2300	c	102	–	1690	5	70	M64	48	–	884	–

The post Flange Dimensions appeared first on Bakıroğlu Fittings.

DMEC Team came to visit us with their managers from France.

admin — Sat, 28 Jan 2023 19:50:19 +0000

This week, one of our stakeholders, the DMEC team, came to visit us with their managers from France. We had the opportunity to chat in detail.

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We Hosted EagleBurgmann Group Purchasing Managers

admin — Wed, 14 Dec 2022 11:22:09 +0000

As Bakıroğlu Fittings, we hosted a very valuable group this week. To meet the EagleBurgmann Group Purchasing Managers and to examine them on site; They came from Denmark, Germany, India, Mexico and Turkey. We thank them, it was a very energetic and beautiful day.

The post We Hosted EagleBurgmann Group Purchasing Managers appeared first on Bakıroğlu Fittings.

We Are Increasing Our Production Quality

admin — Thu, 10 Nov 2022 10:22:41 +0000

Within the scope of our Quality Assurance Process, in order to increase our production quality in accordance with European Union standards;

We received the relevant trainings from Mr. Fırat Çiğdem, who is an Authorized PED&SPVD Expert Trainer, and got all our White-collar personnel certificates of participation.

* Pressure Equipment Directive 2014/68/EU
* Simple Pressure Equipment Directive 2014/29/EU
* Transportable Pressure Equipment Directive 2010/35/EU

#europeanunion #qualityasurance #quality #Eu #PED

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Concentric & Eccentric Reducer Fittings

admin — Tue, 01 Nov 2022 09:17:28 +0000

Pipe reducers are one of the many types of fitting that can be used to control the flow within a piping system. In a piping system, there are two major types of reducer: concentric reducers and eccentric reducers. For the most part, reducing (and expanding) pipes is fairly straightforward. But there are some exceptions that are important to note for the health of a piping system.

Why is it needed? , What is a Pipe Reducer?

A pipe reducer is a pipe fitting that connects a wide pipe to a narrow pipe. Thus, it reduces the size of the pipe in the pipe system, from one size to another. Pipe reducers may frequently be used to connect pipes of different sizes. There are a variety of reasons why this might be done, and there are a variety of materials that could be flowing through the pipe, which is why there are different types of pipe reducer.

Like other pipe fittings, it can be very complicated to find the right pipe reducer. The fit can be complicated, and materials will matter. But once you find the right pipe reducer, the installation should be fairly simple and fast.

When Would You Use a Pipe Reducer?

Reducers can be used simply to adapt pipes of other sizes, but there are also more complicated uses for them. They may need to be used when the flow has to be limited or expanded in a piping system, such as if the hydraulic nature of the piping system demands it. If you’re using a pipe reducer, you need to consider the consequences for the pipe system as a whole, because there will be changes in both flow and pressure.

Once you know that you need to use a pipe reducer, you need to make the decision between concentric and eccentric reducers. Most people are going to need to use a concentric pipe reducer, but there are some important reasons why an eccentric pipe reducer might be preferred.

Concentric vs Eccentric Reducer: What’s the Difference?

While this may seem complicated, it’s actually quite simple. Concentric reducers reduce the pipe in the center. So, if you’re looking at the reducer head-on, you can see the smaller section is formed in the direct center of the larger side. Eccentric reducers reduce the pipe to the side. So, if you’re looking at the reducer head-on, you can see the smaller section is against one side of the larger side.

This may seem like a very simple change, but it does matter.

The cone-shaped concentric pipe reducer means the pipes have matched center lines, and the eccentric reducer has mis-matched center lines. Both of these have a consequence regarding flow. Most reducers are going to be concentric. Eccentric reducers are used when the pipes have to maintain the same top or bottom level. Eccentric reducers are frequently used to avoid trapping air within the system, so they are often used when both air and liquids may be flowing together.

Most people are going to need a cone-shaped concentric pipe reducer, because they aren’t going to need one side of the reducer to remain flat. But in many applications, either can be used, as long as the bottom of the eccentric reducer is placed correctly. The major concern about eccentric reducers is that they can collect liquids or gasses in one area if they are not properly aligned. When used vertically, there is essentially no difference between a concentric or eccentric pipe reducer.

What About Concentric and Eccentric Expanders?

It should be noted that while they are called reducers, reducers by their very nature are also expanders. They are simply used in the opposite direction as expanders. Thus, expanders can also be both concentric and eccentric, and the consequences of using one or the other to expand rather than reduce are the same. Either way, they are being used when a pipe of one size has to transition to a pipe of another size.

How Are Reducers Installed?

How a reducer is installed depends on the material that the reducer and the pipes are made from. If the reducer and pipes are made from metal, they can be butt-welded together. If the reducers are made of PVC, they will likely be fitted and glued. There are reducers that may have push-to-fit or crimp installations as well. It depends on how the reducer was made, the material, and the goals for the reducer.

To install the reducer, the reducer will be fitted on both pipes, and connected in the appropriate way. But care must be taken with eccentric reducers to ensure that the bottom of the eccentric reducer is properly lined up. In piping liquids horizontally, eccentric reducers need the flat side up, because otherwise gasses can collect. But in piping vapors horizontally, eccentric reducers need the flat side down, because they need to avoid collecting liquids.

The more the pipe is reduced, the more concerns there may be related to flow. If the pipe is only being reduced a little, then there shouldn’t be any complications.

How Do You Find the Right Pipe Reducer?

Let’s say you already know that you need a concentric or eccentric pipe reducer. This isn’t the only thing you will need to know. Because you are connecting pipes, you will also need to know the material. There could be metal reducers, PVC reducers, PEX reducers, and so forth, each with their own method of connection. If you’re connecting two metal pipes, you might want a welded reducer. Otherwise, you might want one that can be fitted and glued.

You also need to know the sizes. Fitting for pipes can be tricky because they don’t go by the universal size of pipe. Instead, they go by the outside measurement for a male pipe, and an inside measurement for the female pipe. So, you need to know your type of pipe, and the exact size, and the exact material. One of the easiest ways to fit pipes is simply to bring the relevant pipes with you to match them up to the fittings.

When it comes to concentric vs eccentric reducer fittings, the initial choice of fitting should be obvious. That being said, finding pipe fittings is always complicated, and using the wrong pipe fitting can be disastrous. If you need to know more about pipe fittings, Like Bakıroğlu Manufecturer it’s time to consult with the experts.

Source: steelforgings. com

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Fittings Sectoral Dictionary

admin — Fri, 21 Oct 2022 14:39:59 +0000

DIN – Alman Standartları

Alman Standartlarında malzeme tanımlaması için 3 değişik sistem kullanılmaktadır.

Malzeme Numarası
Çeliğin çekme dayanımına göre kısa işareti
Çeliğin kimyasal analizine göre kısa işareti
- Karbon Çelikleri
- Düşük Alaşımlı Çelikler
- Yüksek Alaşımlı Çelikler

Malzeme Numarası= a. b c d e

a= Malzeme Cinsi (çelik için 1)

b=Çelik Türü

c=Çelik Türü (Alt Grup)

d e=Sıra No

Çeliğin Çekme Dayanımına Göre Kısa İşareti:

Çeliğin minimum çekme dayanımı (Kgf/mm2) esas alınarak gösterilir.

Örn: St 37

En az 37 Kgf/mm2 veya 370 N/mm2 çekme dayanımına sahip olan çeliği tanımlar.

Çeliğin Kimyasal Analizine Göre Kısa İşareti:

Karbon Çelikleri

“C” ön harfi ile tanımlanır ve “C” harfinden sonra gelen sayı yüzde C miktarının 100 katını gösterir.

Ayrıca diğer özellikler “C” harfinden sonra k, m, q ve f harfleri konularak tanımlanmaktadır.

Harfler	Tanım
Ck	Genel amaçlı kaliteli karbon çelikleri( Düşük P ve S)
Cm	Kükürt miktarı belli sınırlar içerisinde olan ıslah edilebilir karbon çelikleri
Cq	Soğuk şekillendirilebilir karbon çelikleri
Cf	Alevle ve indüksiyonla yüzeyi sertleşebilir karbon çelikleri

Düşük Alaşımlı Çelikler

Alaşım elemanlarının ağırlık olarak toplam miktarı %5 veya %5’ ten az çeliklerdir. Bu çeliklerin kısa işaretindeki ilk rakam Karbon miktarının 100 katı olup, bu sayıdan sonra alaşım elementi veya elementlerinin sembolleri ile daha sonraki sayı ve sayılarla da alaşım elementinin yüzde olarak ağırlıkları verilmektedir. Bu sayılar aşağıdaki alaşım elementi çarpanına bölünerek o elementin yüzde ağırlığı bulunur.

Cr, Mn, Si, Ni, Co, W için “4”

Al, Cu, Pb, Mo, V, Ti, Zr, Ti, T için “10”

C, S, P, N için “100”

B için “1000”

Örnek : 41Cr4

41 sayısı; 41/100 = 0,41 ortalama % C miktarını,

4 sayısı; 4/4 = 1 ortalama % Cr miktarını ifade eder.

Yüksek Alaşımlı Çelikler

Alaşım elementlerinin ağırlık olarak toplam miktarı %5’ten fazla olan çeliklerdir. Yüksek alaşımı belirlemek için tüm ifadenin başına bir “X” işareti konulmuştur. “X” harfinden sonra gelen sayı ortalama C miktarının 100 katıdır. Bu sayıdan sonra alaşım elementlerinin sembolleri ile bunların yüzde olarak ağırlıklarının miktarları verilir. Tüm alaşım elementlerinin çarpanları “1” olarak kabul edilir.

Örnek : X20Cr13

20 sayısı; 20/100 = 0,20 ortalama % C miktarını,

13 sayısı; 13/1 = 13 ortalama % Cr miktarını ifade eder.

SAE / AISI – Amerikan Standartları

SAE ve AISI sistemlerinde malzemenin kısa işareti 4 veya 5 haneli sayı sistemi kullanılarak yapılır. 5 haneli sayı sistemi %C miktarı 1’in üzerinde olduğu zaman yapılır. İlk 2 rakam çelik türünü, diğer 2 veya 3 rakam ise %C miktarının 100 katıdır.

AFNOR– Fransız Standartları

Çeliğin Çekme Dayanımına göre kısa işareti (Örn:A35)
Çeliğin kimyasal analizine göre kısa işareti
Isıl işlem uygulanabilen C çelikleri (CC işareti ile ifade edilir)
Isıl işlem uygulanması gereken C çelikleri (XC işareti ile ifade edilir)
Düşük alaşımlı çeliklerin ifade şekli DIN normundaki gibidir. Alaşım elementlerini ifade eden harflerden bazıları değişir fakat alaşım elementi çarpanları DIN normundaki gibidir.
Yüksek alaşımlı çeliklerde DIN normundaki “X” ibaresinin yerini “Z” harfi alır. Alaşım elementleri çarpanları ise DIN normundaki gibi “1” dir.

BS– İngiliz Standartları

BS standartlarında çeliklerin kısa işaretleri, kimyasal analizlerine göre altı (6) haneli sayı sembol sistemi kullanılarak verilir.

İlk üç hane Çelik türü ve ana grubunu, ortadaki hane çeliğin özelliğini belirten harf ve son iki hanede %C miktarının 100 katını ifade eder.

Çelik Türü Ana Grupları	Tanım
000 – 199	Karbon çelikleri, karbon ve manganlı çelikler
200 – 240	Otomat çelikleri
250 – 299	Silisyum ve manganlı yay çelikleri
300 – 499	Paslanmaz çelikler, ısıya dayanımlı çelikler
500 – 999	Alaşımlı çelikler

Harfler	Tanım
A	Kimyasal analizi istenilen aralıklarda
H	Sertleşebilir eğrisi istenilen sınırlar arasında
M	Mekanik özelliklere ait değerler istenilen sınırlar arasında
S	Paslanmaz çelikler

Uluslararası Çelik Yapım Standartları

DIN	EN	Çelik Kaliteleri
17100	10025	Genel Yapı Çelikleri
17200	10083 (Bölüm 1&2)	Islah Çelikleri
	10083 (Bölüm 3)	Borlu Çelikler
17210	10084	Sementasyon Çelikleri
17212		Alev ve İndüksiyonla Sertleştirme Çelikleri
17221		Islah Edilebilir Yaylık Çelikler
17230		Rulman Çelikleri
17350		Takım Çelikleri
17440	10088	Paslanmaz Çelikler
1651	10087	Otomat Çelikleri

The post Fittings Sectoral Dictionary appeared first on Bakıroğlu Fittings.

Stainless Steel Fittings

admin — Fri, 21 Oct 2022 13:12:46 +0000

Butt Weld Eccentric Reducer

Reducer

Welded Concentric Reducer

BT Butt Welding Patent Fittings

Butt Welding Caps

Forged Steel Olet Fittings

Beginners Guide: Stainless Steel Fittings

Many industries use stainless steel fittings with tube / pipe lines to transfer liquids and other product around their plant facilities. These industries include food and pharmaceutical sectors or building and construction.

Stainless steel fittings are critical for the food and pharmaceutical industries as they are non-toxic, stain resistant, easy to clean and provide excellent life cycle costing.
Stainless steel fittings are critical for the building and construction industries as they are corrosion resistant and able to withstand high pressure.
Stainless steel balustrading is now common place and serves as a stunning and cost-effective alternative to other materials.

Detailed below are several types of stainless steel fittings.

Stainless Steel BSP Fittings

BSP is an acronym for British Standard Pipe and is a common pipe thread in Australia. Commonly stocked stainless steel BSP Fittings are BSPT (tapered. Also known as an R thread) male fittings and BSPP (parallel. Also known as a G thread) female fittings. When these two thread forms are screwed together with thread tape as a sealant they will bind and seal across only one or two threads for a leak proof connection.

There are many fittings available and here is a list of commonly stocked items:

Sockets
Hex Nipples
Reducing Nipples
Barrel Nipples
FF Elbows
MF Elbows
Tees
Toe Nipples
Tube Toe Nipples
Male Hose Barbs
Barrel Unions
Reducing Bushes
Reducing Nipples
Reducing Sockets
Hex Plugs
Locknuts
Nut & tails
Crosses
Hex Caps
All Thread
Thread Tape

Stainless Steel NPT Pipe Fittings

NPT is short for National Pipe Thread / Taper an American standard for pipe threads. NPT pipe fittings are similar to BSP but with a 5 degree difference in the thread angle. Also the male and female fittings are tapered to prevent the different threads being readily interchangeable. The NPT Pipe Fittings generally stocked are 3000 lb high pressure.

316 stainless steel NPT fittings include:

Hex Nipples
Toe Nipples
Barrel Nipples
Cross Over Nipples (NPT to BSP male adaptors)
Hex Plugs
Hex Caps
Elbows
Barrel Union
Reducing Bushes
Reducing Nipples
Couplings (or sockets , but referred to as couplings in NPT as the internal thread is not continuous throughout the fitting)

Stainless Steel Sanitary Fittings

There are many types of stainless steel sanitary / hygienic fittings. Below are some of the more common fittings used in Australia.

BSM Unions– BSM stands for British Standard Milk (originating from the milk industry). These consist of a BSM Male, Liner, Nut and O-Ring. The hexagon nut holds the male with the O ring and liner together. The unit is tightened with a special BSM spanner. BSM blank caps and BSM blank nuts are available to blank off a male at the end a of line.
Triclover Unions – or Tri Clamp Unions or Ferrule Fittings are referred to as a sanitary fitting due to their clean nature and lack of thread. They have 2 body halves (Triclover ferrules) which have a butt-weld end to suit tube, and a face side which accommodates a seal and is then brought together with a finger nut clamp. Triclover Blank caps are used to blank off a ferrule at the end of a line. There are many different seal materials, including EPDM, Silicon, Teflon, Viton & Buna. (Buna AKA Nitrile Rubber)

DIN Unions – A DIN union comprises a male, nut, seal and liner. They typically have a D profile EPDM seal and a four slot nut. Australia is seeing an increase in the use of DIN fittings as more equipment is imported from Germany. The acronym D.I.N translates from German as Deutsche Industrie Normale. Just as we have A.S. for the Australian Standard and B.S for the British Standard, this is the German Standards institute prefix.
Wine Unions – originated in Australia for the wine industry, and consist of a Wine male, liner, seal and nut. The brass wing nuts are unique to this union. The seal sits over the liner. The wine nuts are available in stainless steel wing and slotted configurations. A robust plastic wing nut is available in 2” only. Blank caps and blank nuts are available to blank off the males at the end of a line.

Keystone and Dixon Valves

Hygienic Keystone F250 Butterfly valves are used throughout the food and beverage industry as an isolation or ‘modulating’ valve. The Keystone F264J Check Valve is a hygienic one way / Non Return Valve. The Dixon brand has a similar product range of hygienic butterfly valves and check valves.

All end connections are standard tube butt-weld. This allows them to be fitted with specific process connections such as the sanitary fittings detailed above.

Stainless Steel Butt Weld Pipe Fittings

Stainless Steel Pipe fittings (as opposed to Tube fittings) are a butt weld fitting for direct welding onto pipe. They are produced in different ‘schedules’. The schedule determines the wall thickness according to the nominal bore pipe size. Schedule 10 and 40 are commonly available but schedules 80 and 160 are also produced.

The range comprises of:

Long Radius 90 degree Elbows
Long Radius 45 degree Elbows
Short Radius 90 degree Elbows
Tees
Reducing Tees
Concentric Reducers
Eccentric Reducers
Caps

Stainless Steel Clamps

When installing tube / pipe lines then stainless steel clamps and saddles may be required to attach them to walls, ceilings or beams. The tube clamps are a T Slot hinge one side and bolt/nut/washer the other. These are made of stainless steel 304 material. Some larger sizes of tube clamps are made as a double bolted tube clamp, having bolts/nuts on each end of a ‘saddle’ style clamp. For smaller tubing a saddle or Stauff Clamp (plastic 2 piece body with stainless top and bottom plates) can be used.

Pipe clamps are also a 2 piece double bolted saddle style clamp suitable for clamping pipe in place. These are made from heavier stainless steel 304 flat bar for heavier duty industrial applications.

Stainless Steel Compression Fittings

Twin ferrule stainless steel compression fittings are a unique way of crimping fittings onto stainless steel cold drawn seamless tubing without special tools. The two ferrules are swaged onto the tube via rotation of the nut, and once installed correctly will give you a leak-tight high-pressure seal.

Stainless steel compression fitting come in the following types (and more) to suit all applications:

Tube Unions
Reducing Tube Unions
Tube Union Elbows
Tube Bulkhead Unions
Tube Union Tees
Male Connectors
Female Connectors
Male Elbows
Female Elbows
Male Bulkhead Connectors
Female Male Bulkhead Connectors
Male Adaptors
Male Branch Tees
Female Branch Tees
Ferrule Sets

Stainless Steel Camlock Fittings

Camlock Fittings (also known as Cam & Groove fittings) are a simple male and female coupling. The male fitting slides into the female fitting, then the cam levers on the female fitting are pulled down to lock into place. To un-couple, just lift the levers up.

Both the Male and Female configurations are available to BSP Male, BSP Female, Hosetail, and as a plug or cap. Additionally there is a male to butt-weld end to suit tube.

Camlocks are widely used on tankers and in any industry that relies on fluid conveyance through hoses.

Stainless Steel Tube Fittings

Stainless steel tube fittings are all the connecting fittings that butt weld to tube. These fittings are measured on the outside diameter of the tube and are available in grades 304 or 316 stainless. The main forms are:

Tube bends in 45 degree, 90 degree, 180 degree and 1x Diameter short radius 90 degree
Tube concentric and eccentric reducers
Tube tees in equal, reducing, swept and 45 degree branches
Tube crosses
Tube Y pieces
Tube dome caps
Tube end discs
Tube hose tails
Tube sealing flanges

Stainless Steel Flanges

Stainless Steel flanges are used to connect pipe, tube, valves, pumps and other engineering products. They can be welded or screwed onto pipe or tube and then bolted to the mating flange. A flange gasket between the two mating flanges will seal the joint. There are numerous ‘standards’ of flanges with specifications originating from many different countries. Below are some of the more commonly used in Australia.

Table D SOW Tube
Table D SOW Pipe
Table D Blind
Table E SOW Tube
Table E SOW Pipe
Table E Blind
Table E BSP Threaded
ANSI 150lb SOW Tube
ANSI 150lb SOW Pipe
ANSI 150lb Blind
ANSI 150lb BSP Threaded
ANSI 300lb SOW Pipe
ANSI 300lb Blind
DIN PN16 SOW Tube
DIN PN16 SOW Pipe
DIN PN16 Blind

Flange Gaskets

A flange gasket between the two mating flanges will seal the joint. The gaskets are made to the dimensions of the flanges and there are many different materials available to suit different applications. Below are a few commonly used types.

Natural Rubber Insertion Flange Gaskets reinforced with cotton have good mechanical properties. These are suitable for general applications like water and air at lower pressures. They are not suitable for use with oils and solvents and high pressure applications.
GraphTek 5130 Flange Gaskets have graphite in the composition, making them ideal for temperature and pressure applications such as steam.
Spiral Wound Flange ‘composite’ Gaskets are made from metal strip of various grades sandwiched between layers of non-metallic filler such as graphite or PTFE.

Applications range from cryogenic to super-heated steam at pressures that match the pressure class of the specified flanges.

Pressure Gauges

Pressure gauges are widely used to indicate the pressure in the line and/or equipment. A visual scale / unit of measure (Kpa / Psi) with a needle gives you a reading of the pressure. Gauges are mounted via a thread, flange or clamped fitting to the pipework/equipment. Glycerine filling promotes gauge longevity. Face / Dial size, mounting process connection, pressure range and scale as well as materials of construction are varied to suit your application.

Ball Valves

Ball valves are a quarter turn, isolation valve commonly used in many industries. The ball valve is made up of a body, a ball with a hole through the middle which allows for flow, and a handle to operate. Ball valves can be made as a one piece reduced bore, a two or three piece full bore that are all rated to 1000Psi for water oil & gas at ambient temperature. Standard end connections are BSP Female, however other end connections and configurations such as 3 way L & T port are also available.

Butterfly Valves & Check Valves

Butterfly valves are widely used for air, liquids, dry powders and some slurries in applications that require on/off or modulating control. They give tight shut off due to a resilient seat and are operated by a lever or gear operator for larger sizes. Butterfly valves consist of a cast or ductile iron painted body, stainless steel disc & stem and choice of seat such as EPDM or nitrile. For ease of installation the seats sit proud of the valve body to provide the seal onto the flange.

Wafer butterfly valves are installed by sandwiching between two flanges using the locating holes on the valve as a guide for the bolts that run through the mating flanges.
Lugged butterfly valves have drilled & tapped mounting holes which allows for end of line applications and servicing of pipe work that needs to be disassembled without emptying upstream lines.
Check valves / Non-Return valves are one-way valves that allows flow only in one direction. This makes them suitable for services where you do not want back pressure flows into a pump or vessel. Commonly stocked wafer check valves have a stainless steel dual flap in a cast iron painted body with EPDM / nitrile seals which is sandwiched between flanges.Being a wafer style valve, they are a universal fit for nearly all flange specifications.

Stainless Steel Balustrade Fittings

Architects and builders are now using stainless steel balustrade fittings in both domestic and commercial building projects. This is due to the appeal of stainless steel in terms of both its aesthetics, mechanical strength and corrosion resistance.

There is a vast range of complimentary stainless steel 316 fittings available.

Included in the range are

180 deg handrail returns (or candy canes) knock in end caps
base plate and cover sets
dome caps, rail converters
wall bracket & cover sets
Flush joiners
Flush 90 degree corner joiners
Oblong base plates.

special thanks for this page source stattinstainlessshop

The post Stainless Steel Fittings appeared first on Bakıroğlu Fittings.

Bakıroğlu Family 14 Years Old

admin — Tue, 20 Sep 2022 13:36:24 +0000

Bakıroğlu Fittings family came together at the brunch held on September 18. He celebrated the 14th founding day of the company by cutting a cake.

Gallery

The post Bakıroğlu Family 14 Years Old appeared first on Bakıroğlu Fittings.

Stainless Stell SAE Flanges

admin — Wed, 14 Sep 2022 10:48:33 +0000

SAE Flanges are designed to provide an alternative method of connecting a pipe, hose, tube or equipment. The leak free connection is suitable for high pressures, larger sizes and assembly in tight quarters. It has achieved worldwide standard acceptance.

It is made from normalized forging and the basic raw material is steel with carbon content lower than 0.30%. Alternatively, stainless steel SS316 or galvanized flange material is available. The complete set flange combine of flat face, oring face, oring groove, 4 washers and cap screws.

Size	3/8” to 5”
Material	Carbon Steel ST52.3/S355 Stainless Steel SS316L
Series	3000 6000
Connection Type	Threaded NPT Threaded BSPP Socket Weld (Weld in) Butt Weld (Weld on)
Configuration	SAE Flanges Split Flange Flange Adaptor SAE Blind Flange

What are Hydraulic SAE Flanges

1. What are hydraulic SAE flanges use for?

The 4-bolt hydraulic sae flange connection conforms to SAE J518 and ISO 6162 standards. The flange has through holes for the mounting bolts and it has UNC or metric thread. The mounting holes of flat face are tapped while oring face doesn’t include.

There are various bolt grades that are paired to install in equipment:

Bolt grade 8.8: Yellow zinc as standard material supplied with carbon steel flange.
Bolt grade 10.9: FIZn 240h L suitable for high temperature application, available upon request.
Bolt grade SS304: Standard material supplied with stainless steel flange.
Bolt grade SS316: Higher corrosion resistance, available upon request.

2. What type of O-rings are used for hydraulic flanges?

It is a static face seal which uses a high durometer O-ring for the flange sealing. Metal-to-metal contacts at the outer face of the flange will cause leakage. Therefore, the O-ring sealing is compressed between the flat face and O-ring face providing a reliable soft sealing. Flanges use an O-ring to seal a joint and contain pressurized fluid.

O-Ring Side SAE Flange

The seals of flanges are available in the following materials:

Description	NBR 70/90	Viton 90
Equivalent	BUNA-N	FKM
Temperature Range (°C)	-34°C to 121°C	-26°C to 205°C
Recommended Application	Petroleum pols and fluids Cold Water Diesel fuel and fuel oils Mineral oil and grease Vegetable oil Silicone oil and grease	Petroleum pols and fluids Cold Water Silicone greases and oils Aromatic hydrocarbons Aliphatic hydrocarbons Fuels with methanol content
Non Recommended Application	Aromatic hydrocarbons Phosphate ester fluids Strong acids Automotive brake fluid	Ammonia gas, amines, alkalis Low molecular organism acids Superheated steam Glycol based brake fluids

3. What is the difference between code 61 and 62 flanges?

SAE Flange is designed in two difference code design and it is code 61 and 62. The summary table as per below:

Description	Code 61	Code 62
Series	3000	6000
Size	3/8” to 5”	3/8” to 3”
Working Pressure (bar)	34 to 345	414

4. How are SAE flanges attached to pipe?

Hydraulic SAE flange provides a zero-clearance assembly that enables easy connection, disconnect and maintenance of tube to hose, tube to tube or manifold connection. Infinite positioning is a built-in feature to enable flange to put in different position angle. There are several types of connection: threaded end (NPT or BSPP) and welding end (socket weld or butt weld).

The connection of welding and threaded is able to maximize reliability. However, it is inevitable that connections must be removed to allow replacing or servicing on system components. To improve flanges productivity, flanges have advanced considerably before installation to improve performance, installation convenience but still remain overall function effectiveness and efficiency.

5. What is the purpose of a SAE flange?

A simple SAE flange installation design provides several advantages:

Ability to connect pipe size up to 5 inch.
Single seal point between pipe or system assembly.
Much lower tightening torque required from the four bolts compared to other types of flange with equivalent size
Ease of disassembly through use of split flange.

6. How do you install a SAE flange?

There are 4 simple steps to install SAE flange?

Step 1: Check components surface and ensure there are no damage or contamination.

Step 2: Align the flange connection before inserting the O-ring seal on the female flange groove. Place the washer with cap screws and bolt through the bolt holes.

Step 3: Hand tighten cap screws to seat O-ring on flange groove.

Step 4: Ensure the tighten process meets the torque value below:

Flange Size	Screw Thread	Screw Torque (NM)*
1/2″	M8	32
3/4″	M10	70
1″	M10	70
1 1/4″	M10	70
1 1/2″	M12	130
2″	M12	130
2 1/2″	M12	130
3″	M16	295
3 1/2″	M16	295
4″	M16	295
5″	M16	295

Flange recommended Torque Value Table Series 3000 Code 61

Flange Size	Screw Thread	Screw Torque (NM)*
1/2″	M8	32
3/4″	M10	70
1″	M12	130
1 1/4″	M12	130
1 1/2″	M16	295
2″	M20	550
2 1/2″	M24	550
3″	M30	650

Flange recommended Torque Value Table Series 6000 Code 62

The post Stainless Stell SAE Flanges appeared first on Bakıroğlu Fittings.

Bakıroğlu Fittings

Weldoflange and Nipoflange

Weldoflange and Nipoflange

Bakıroğlu Fittings

Flange Dimensions

Ebat

Size

Boru Çapı / Pipe Dia

Flanş Ölçüleri / Flange Dimensions

Cıvata Ölçüsü / Bolt Dimensions

Ağırlık /Weight

d1

D

k

b

d3

f

d2

Cıvata Çap / Bolt Dia

n

EN 1092-1

kg/ad

kg/pcs

DIN 2501

kg/ad

kg/pcs

ISO 7005-1

kg/ad

kg/pcs

EN 1092-1

DIN 2501

ISO 7005-1

DN15

21,3

22

95

65

14

16

14

45

2

14

M12

4

0,59

0,69

0,59

DN20

26,9

27,6

105

75

16

18

16

58

2

14

M12

4

0,85

0,97

0,85

DN25

33,7

34,4

115

85

16

18

16

68

2

14

M12

4

1,01

1,15

1,01

**Ağırlık /*Weight***