Tygon XL-60

Tính năng

Không chứa HDPE
Tuổi thọ lâu dài trong máy bơm thẩm thấu
Nhiệt độ chịu được đến 250°F (121°C)
Chất chiết suất thấp
Thay thế cho PVC
Rõ ràng và linh hoạt
Màu sắc tùy chỉnh có sẵn

Ống bơm tuổi thọ cao cho các ứng dụng thực phẩm và nước giải khát

Hiệu suất cao trong bơm nhu động
Được thiết kế đặc biệt để sử dụng trong các ứng dụng bơm nhu động, ống Tygon® XL-60 duy trì tuổi thọ của máy bơm trên 500 giờ. Với độ cứng độ cứng Shore A 60, nó là cực kỳ mềm dẻo và có tuổi thọ cao, giảm thời gian chết do lỗi ống bơm (xem “Cách sử dụng ống bơm tuần hoàn so sánh)”. Ống Tygon® XL-60 có thể được coi là một giải pháp thay thế cho silicone và PVC khi tuổi thọ ống bơm dài hơn.

Tính chất lý tưởng tuyệt vời
Ống Tygon® XL-60 mờ màu và có tính kháng hóa chất tuyệt vời đối với nhiều loại chất lỏng, bao gồm axit và bazơ. Nó cũng thể hiện khả năng chống ozon, oxy và ánh nắng mặt trời. Ống Tygon® XL-60 vẫn tồn tại ở nhiệt độ -40 ° F và có khả năng chịu nhiệt độ lên đến 250 ° F.

Chất chiết suất thấp
Các vật liệu ống dùng để chuyển đồ ăn và nước giải khát không hoàn toàn trơ; do đó có thể có tương tác vật lý và hóa học với sản phẩm thực phẩm, đóng vai trò quyết định trong việc lựa chọn vật liệu ống. Bản chất của các tương tác này bao gồm sự xâm nhập của khí và hơi qua ống, di chuyển các thành phần ống vào thực phẩm, và sự hấp thụ các thành phần thực phẩm. Những tương tác này có thể làm tăng mùi và phản ứng suy thoái trong cả thực phẩm và ống.

Cáp Tygon XL-60 đã được nghiên cứu chuyển đổi với mô phỏng thực phẩm và phân tích Khối lượng Chromatography Khí (GC-MS) cho thấy rằng khi sử dụng bình thường nó không gây ra mùi vị hoặc mùi không mong muốn đối với thực phẩm hoặc nước giải khát được chuyển.

Đặc điểm kỹ thuật


Part Number	ID	OD	Wall Thickness	Length	Min. Bend Radius	Max. Working Pressure	Vacuum Rating
	(in.)	(in.)	(in.)	(ft.)	(in.)	73°F (psi)*	inHg at 73°F
AN800003	1/16	3/16	1/16	50	1/2	35	29.9
AN800007	1/8	1/4	1/16	50	1/2	20	29.9
AN800012	3/16	5/16	1/16	50	3/4	13	29.9
AN800017	1/4	3/8	1/16	50	1	15	29.9
AN800022	5/16	7/16	1/16	50	1-1/2	11	20.0
AN800027	3/8	1/2	1/16	50	2	11	15.0
AN800038	1/2	3/4	1/8	50	2-1/2	15	29.9
AN800046	5/8	7/8	1/8	50	3	11	20.0
AN800053	3/4	1	1/8	50	4	11	20.0
*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.	*Working pressures are calculated at a 1:5 ratio relative to burst pressure using ASTM D1599.

Ứng dụng

Sử dụng cho bơm nhu động
Vận chuyển thực phẩm và thức uống

Chứng nhận

Ống Tygon XL-60 tuân thủ quy định

FDA 21 CFR 177.1210
NSF 51
Quy định của EU 10/2011


Typical Physical Properties	Typical Physical Properties	Typical Physical Properties
Typical Physical Properties	Typical Physical Properties	Typical Physical Properties
Property	ASTM Method	Value or Rating
Durometer Hardness, Shore A, 15s	D2240	60
Tensile Strength, psi (MPa)	D412	1,630 (11.2)
Ultimate Elongation, %	D412	770
Tear Resistance, lb-f/in (kN/m)	D1004	190 (33.3)
Specifc Gravity	D792	0.90
Water Absorption, % at 73°F (23°C) for 24 hrs. (liner material)	D570	0.07
Compression Set Constant Deﬂection, % at 158°F (70°C) for 22 hrs.	D395 Method B	55
Brittleness by Impact Temp., °F (°C)	D746	-87 (-66)
Maximum Recommended Operating Temp.,* °F (°C)	—	250 (121)
Dielectric Strength, v/mil (kV/mm)	D149	550 (21.6)
Tensile Modulus, at 300% Elongation, psi (MPa)	D412	555 (3.83)
Tensile Set, at 75% Elongation	D412	100
Color	—	Clear

Unless otherwise noted, all tests were conducted at room temperature 73°F. Values shown were determined on 0.075" thick extruded strip, 0.075"thick molded ASTM plaques or molded ASTM durometer buttons.	Unless otherwise noted, all tests were conducted at room temperature	Unless otherwise noted, all tests were conducted at room temperature
* Values based on static oven test at 0 psi.	* Values based on static oven test at 0 psi.	* Values based on static oven test at 0 psi.


Comparative Peristaltic Pump Tubing Life	Comparative Peristaltic Pump Tubing Life	Comparative Peristaltic Pump Tubing Life	Comparative Peristaltic Pump Tubing Life	Comparative Peristaltic Pump Tubing Life
The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.
The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.	The table below depicts hours until failure of 1/4" ID x 3/8" OD tubing. In each case, a 3-roller pump head operating at 600 rpm under room temperature (73°F) conditions were utilized. Tubing failure is measured in hours of use prior to rupture.

Tygon® XL-60	500+ HOURS

PVC Tubing	65 HOURS

Silicone Tubing	75 HOURS

		0 psi back pressure	0 psi back pressure	0 psi back pressure
The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.
The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.
The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.	The performance of tubing in peristaltic pumping applications is affected by the conditions of use and equipment utilized, along with size and wall thickness of the tubing tested. The data above is presented for information only and should not be utilized for specifcation purposes.


Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*	Relative Chemical Resistance Properties*
Tubing Material	Acids			Bases
	Conc.	Med.	Weak	Conc.	Med.	Weak
Tygon® XL-60 Tubing	G	G	E	G	G	E
PVC Tubing	F	E	E	E	E	E
Silicone Tubing	U	U	U	U	F	F
E = Excellent G = Good F = Fair U = Unsatisfactory *All tests conducted at room temperature	E = Excellent G = Good F = Fair U = Unsatisfactory	E = Excellent G = Good F = Fair U = Unsatisfactory	E = Excellent G = Good F = Fair U = Unsatisfactory	E = Excellent G = Good F = Fair U = Unsatisfactory	E = Excellent G = Good F = Fair U = Unsatisfactory	E = Excellent G = Good F = Fair U = Unsatisfactory


Relative Permeability Coeffcients	Relative Permeability Coeffcients	Relative Permeability Coeffcients	Relative Permeability Coeffcients
Tubing Material	Carbon Dioxide	Nitrogen	Oxygen
Tygon® XL-60 Tubing	1,116	62	186
Silicone Tubing	42,800	3,900	8,025
Permeability Coeffcient (x10-11) cc • cm / cm2 • s • cmHg	Permeability Coeffcient (x10-11) cc • cm / cm2 • s • cmHg	Permeability Coeffcient (x10-11) cc • cm / cm2 • s • cmHg	Permeability Coeffcient (x10-11) cc • cm / cm2 • s • cmHg
Permeability Coeffcient =	amount of gas (cm3) x tubing wall thickness (cm)	amount of gas (cm3) x tubing wall thickness (cm)	amount of gas (cm3) x tubing wall thickness (cm)
Permeability Coeffcient =	surface area of tubing ID (cm2) x time (seconds) x pressure drop across tubing wall (cmHg)	surface area of tubing ID (cm2) x time (seconds)	surface area of tubing ID (cm2) x time (seconds)
	x pressure drop across tubing wall (cmHg)	x pressure drop across tubing wall (cmHg)	x pressure drop across tubing wall (cmHg)

Tygon XL-60

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