RCT®-Accessories: Tube Carrying Bracket

Product specification The carrying brackets are required to connect flexible tubing by... more

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Product specification

The carrying brackets are required to connect flexible tubing by screwed pipe joints.

General Information EMP-4 THOMAFLUID ® -pipe screw fittings are used for connecting pipes... more

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General Information EMP-4

THOMAFLUID^®-pipe screw fittings of the MULTIFIT^®-EMP-series can be screwed into THOMAFLUID^®-valves, cocks, and flowmeters of the MULTIFIT^®-EMP-series.

Assembly:

The connection principle entails pushing the pipe against the inner edge of the connector and sealing with a sealing ring. The pipe is secured in place by a cutting ring (PEEK), which is forced against the pipe by a nut. The more the nut is screwed onto the connector body, the more the slotted cutting ring wedges the pipe. The result is a tight, friction-locked connection, which can be released at any time. The design concept eliminates the dead volume. It also has no effect on the flow because the inside diameter is identical to that of the pipe.

If flexible tubing has have to be adapted using THOMAFLUID^®-pipe screw fittings, first the carrying brackets have to be put in the flexible tubes. Afterwards, the fixed assembly is done by tightening the cap nut.

PP (Polypropylene)

Extremely good impact toughness and notch impact strength

Higher hardness and stiffness as well as better resilience than PE

Thermoforming possible

Very good dielectrical properties

Good resistance to alcohols, ketones, conc. acids and alkalis

Not stable to aromatic hydrocarbons, fats and oils, halogenes

Autoclavable

Resistant to hydrolysis

Physiologically safe

Regulatory compliance to FDA 21 CFR 177.1520, RoHS, BPA-free, DEHP-free, BSE/ADI-free

Colour: grey

Density: 0.90 g/cm³

Temperature range: +5 to +90 °C

Shore hardness D: 72°

Max. operating pressure: 10 bar at +20 °C

Water absorption: <0.05 %

Tensile strength: 25 - 40 N/mm²

Elongation at break: 800 %

Surface resistance: >10¹³ Ohm

Melt flow index MFR: 0.3 g/10 min.

PVDF (Polyvinylidene fluoride)

High-quality technical plastic for chemical apparatus and machine building, especially in the petrochemical, metallurgical, pharmaceutical, food processing, paper and textile industry as well as in the nuclear technology.

High impact toughness even at low temperatures

Good breakdown strength

Low dielectric loss factor

Highest mechanical stability and stiffness

Meeting highest purity requirements

Comply with the guidelines from FDA and USP class VI, additionally PVDF has the KTW approval. Up to +150 °C it is non-toxic and since it has a similar property to glass it is a no-culture medium for microorganisms.

Can be treated by autoclave (absolute sterile) and sterilized with gamma-rays without losing its mechanical qualities

Outstanding resistance to UV, weather and aging

Flame-resistant

High thermal stability

Resistant to alcohols, fats and oils, halogenes, alkalis, acids

Not stable to aromatic hydrocarbons, ketones, amines, pyridine, dimethylformamide, hot alkalis, fuming sulfuric acid

Colour: nature, slightly translucent

Density: 1.75 g/cm³

Temperature range: -40 to +140 °C

Shore hardness D: 79°

Max. operating pressure: 10 bar at +20 °C

Water absorption: <0.04 %

Tensile strength: 38 - 50 N/mm²

Surface resistance: >10¹³ Ohm

Melt flow index MFR: 6 g/10 min.

PTFE (Polytetrafluoroethylene)

Heavy-duty plastic

Antiadhesive surface

Outstanding sliding properties

Lowest friction coefficient of all fluorinated plastics

Excellent stress cracking resistance

Excellent weather resistance

Highest gas-tightness

No water absorption

Very good dielectric properties independent of frequency and temperature

Very good electrical insulating capacity also at air humidity

High tracking resistance

Non-combustible

Colour: milky, white

Density: 2.20 g/cm³

Temperature range: -200 to +150 °C

Shore hardness D: 60°

Max. operating pressure: 6 bar at +20 °C

Tearing strength: 30 - 40 N/mm²

Elongation at break: 300 %

Water absorption: 0.01 %

Surface resistance: >10¹⁷ Ohm

General Information EMP-4 High-Pure

THOMAFLUID^®-pipe screw fittings are used for connecting pipes made of various materials such as metal, glass or plastic e.g. PA, PTFE or PVDF. This represents a considerable advantage of this kind of screwed fittings. The screw fitting is not limited to use with rigid pipes but also with flexible pipes or tubing. In this case, carrying brackets (items 22036 - 22054 and items 304902 - 304934) are required. THOMAFLUID^®-PFA (perfluoroalkoxy) pipe screw fittings of the MULTIFIT^®-EMP-series can be screwed into THOMAFLUID^®-valves, cocks, and flowmeters of the MULTIFIT^®-EMP-series.

Assembly:

The straight-cutted pipe is plugged into the screw fitting until stop. Tightening of the cap nut leads to compression of a cutting ring made of PEEK (polyether etherketone), thus sealing the connection between pipe and screw joint body by means of a sealing ring made of PTFE (polytetrafluoroethylene). If flexible tubing has have to be adapted using THOMAFLUID^®-pipe screw fittings, first the carrying brackets have to be put in the flexible tubes. Afterwards, the fixed assembly is done by tightening the cap nut.

PFA (Perfluoroalkoxy)

High-quality technical plastic for chemical apparatus and machine construction as well as electrical engineering

Chemical, thermal and dielectrical properties practically such as PTFE, but suitable for thermoplastic processing (welding, die casting, deep drawing). Lower medium diffusion, better transparency, larger hardness and better dimensional stability (lower tendency to cold flow) compared to PTFE.

Highest temperature resistance of all meltable fluorinated plastics

Very high dimensional stability in heat

Very high resistance to media

Very good pressure resistance

Low friction coefficient

Can be treated by autoclave (absolute sterile)

Comply with the guidelines from FDA and USP Class VI.

Excellent resistance to weather

Flame-resistant

Colour: milky, translucent

Density: 2.10 g/cm³

Temperature range: -200 to +200 °C (highest dimensional stability in heat)

Shore hardness D: 60° to 65°

Max. operating pressure: 10 bar at +20 °C

Coefficient of sliding friction: 0.2 - 0.3 (dynamic against steel, dry)

Tensile strength: 27 to 32 N/mm² at +23 °C

Water absorption: <0.03 %

Dielectric constant: 2,1

Surface resistance: >10¹⁷ Ohm

Item	Tubing inside Ø mm	Schlauch Außen-Ø mm	Schlauch Innen-Ø Zoll	Schlauch Außen-Ø Zoll	Werkstoff	Einheit Stück	Price Euro*
304902	2	4			PEEK	10	73.00
304903	2	4			PP	10	37.00
304904	2	4			PTFE	10	41.00
304905	2	4			PVDF	10	50.00
304906	4	6			PEEK	10	82.00
22036	4	6			PP	10	50.00
22037	4	6			PTFE	10	50.00
22038	4	6			PVDF	10	60.00
304907	5	8			PEEK	10	102.00
304908	5	8			PP	10	52.00
304909	5	8			PTFE	10	60.00
304910	5	8			PVDF	10	60.00
304911	6	8			PEEK	10	95.00
22040	6	8			PP	10	50.00
22041	6	8			PTFE	10	50.00
22042	6	8			PVDF	10	60.00
304912	6	10			PEEK	10	114.00
304913	6	10			PP	10	55.00
304914	6	10			PTFE	10	59.00
304915	6	10			PVDF	10	67.00
304916	8	10			PEEK	10	114.00
22044	8	10			PP	10	55.00
22045	8	10			PTFE	10	55.00
22046	8	10			PVDF	10	60.00
304917	8	12			PEEK	10	134.00
304918	8	12			PP	10	68.00
304919	8	12			PTFE	10	93.00
304920	8	12			PVDF	10	102.00
22048	10	12			PP	10	56.00
22049	10	12			PTFE	10	56.00
22050	10	12			PVDF	10	61.00
304921	10	12			PEEK	10	134.00
22052	12	14			PP	10	61.00
22053	12	14			PTFE	10	67.00
22054	12	14			PVDF	10	67.00
304922	12	14			PEEK	10	155.00
304923			1/6"	1/4"	PEEK	10	82.00
304924			1/6"	1/4"	PP	10	43.00
304925			1/6"	1/4"	PTFE	10	42.00
304926			1/6"	1/4"	PVDF	10	52.00
304927			1/4"	3/8"	PEEK	10	114.00
304928			1/4"	3/8"	PP	10	55.00
304929			1/4"	3/8"	PTFE	10	45.00
304930			1/4"	3/8"	PVDF	10	52.00
304931			3/8"	1/2"	PEEK	10	134.00
304932			3/8"	1/2"	PP	10	63.00
304933			3/8"	1/2"	PTFE	10	53.00
304934			3/8"	1/2"	PVDF	10	63.00