Agfa: DT1B, DT2B, LT2B, DM1B, DM2B, etc Fuji: DIHL, DIAL, DIHT, DIAT Kodak: DVB/DVB+, EIR-7,EHG-7,MIN-R S,MIN-R 2000 Konica: SD-P / SD-PC / SD-PM / SD-Q / SD-QC.
Product Name:Cooler bag Item No.:ML05016 Size:20x17x16cm Material:420D Oxford Inner : aluminum foil+pvc Carton size: 55x38x50cm / 24pcs/carton
Plain & embossed & coated aluminium coil/sheet, aluminium circles, gi(hot dip galvanized steel coil), PPGI stone coated metal roof tiles.
A4 reams, c1s, c2s, thermal paper, uncoated woodfree paper, kraft paper, bleached kraft, sck, poly pet, poly cupstock .International Trading Hub
Silicon steel, medium and high carbon, hot rolled, cold rolled, rlectro-galvanized..
Cold-drawn seamless steel pipes and tubes . Specification: external diameter from 8mm to 350mm wall thickness from 1mm to 30mm. Cold-drawn steel bars: Specification: from 2mm to 120mm, ¡í5mm-¡í150mm Manufacturer approved by GL, BV, KR, ABS,DNV, NK, LR, CCS AND RINA. Bulk pack.
Seamless steel tubes and pipes, seamless shaped steel tubes,cold-drawn steel bars.
Coaxial cable, alarm, security, microphone and speaker cable, telephone cable, control cable, belden cable, elastomeric cable, power cable, lan cable, fiber cable, railway cable, robotics, rolling stock cable.
Applications: 10base-t, 100base-t4, 100base-tx, 100base-vg-anylan, 155mbps atm, 622mbps atm Working frequency: 1-100mhz Technical parameters: Characteristic impedance: 100ía15ª+ Nominal velocity of propagation(nvp): 69% Maximum dc resistance: 9.38ª+/100m Maximum mutual capacitance: 5.6 nf/100m Maximum capacitance unbalance: 330 pf/100m Maximum resistance unbalance: 5% Maximum propagation delay skew: 30 ns/100m Maximum propagation delay: 536 ns/100m 100 mhz Minimum bending radius: 10 x overall diameter Voltage rating: 60v rms Maximum pulling load: 80n Working temperature: -20 íµ ~ +60íµ Storage temperature: -5íµ ~ + 50íµ Flame retardancy: ul 1581 (cm jacket); ul 1666 (cmr jacket); ul 910 (cmp jacket); iec 60332-1 (frpvc & lszh jacket); iec 60332-1 & iec 60332-3c (lsfroh jacket) Product highlights: Provide excellent bandwidth beyond 100 mhz. Designed for use in data and voice backbone application. Meet the strict flame retardancy and environmental requirements in europe and us. Easily identifiable color code for ease of installation. Transmission properties: Freq: 100 (mhz) Roll, box, drum
í= applications: 10base-t, 100base-t4, 100base-tx, 100base-vg-anylan, 155mbps atm, 622mbps atm, 1000base-t í= working frequency: 1-100mhz í= technical parameters: Characteristic impedance: 100ía15ª+ Nominal velocity of propagation(nvp): 69% Maximum dc resistance: 9.38ª+/100m Maximum mutual capacitance: 5.6nf/100m Maximum capacitance unbalance: 330pf/100m Maximum resistance unbalance: 5% Maximum propagation delay skew: 30 ns/100m Maximum propagation delay: 536ns/100m 100mhz Minimum bending radius: 10 x overall diameter Voltage rating: 60v rms Maximum pulling load: 80n Working temperature: -20íµ ~ +60íµ Storage temperature: -5íµ ~+50íµ Flame retardancy: ul 1581 (cm jacket); ul 1666 (cmr jacket); ul 910 (cmpjacket); iec 60332-1 (frpvc & lszh jacket); iec 60332-1 & iec 60332-3c (lsfroh jacket) í= product highlights: Provide excellent bandwidth beyond 200 mhz. Designed for use in data and voice backbone application. Meet the strict flame retardancy and environmental Requirements in europe and us. Easily identifiable color code for ease of installation. Different jacket options available for choice. í= transmission properties: Freq: 200 (mhz) Roll, box, drum
Working frequency: 1-100mhz Technical parameters: Characteristic impedance: 100ía15ª+ (1-100mhz) Nominal velocity of propagation(nvp): cmx, cm, cmr, Lszh 69%; cmp 72% Maximum mutual capacitance: 5.6nf/100m Maximum capacitance unbalance: 330pf/100m Maximum dc resistance: 9.38ª+/100m Maximum resistance unbalance: 5% Maximum propagation delay skew: 30ns/100m Maximum propagation delay: 536ns/100m100mhz Minimum bending radius: 10 x overall diameter Voltage rating: 80v rms Maximum pulling load: 80n Working temperature: -5íµ ~+50íµ Storage temperature: -20íµ ~+60íµ Flame retardancy: ul 1581 (cm jacket); ul 1666 (cmr jacket); ul 910 (cmp jacket); iec 60332-1(frpvc & lszh jacket); iec 60332-1 and iec 60332-3c (lsfroh jacket) Product highlights: Provide excellent bandwidth beyond 100 mhz. Meet the strict flame retardancy and environmental requirements in europe and us. Different jacket materials available for choice. Guaranteed acr value > 0 db 200 mhz. Special purpose cables can be offered according to customer request. Different jacket color options available for choice. í=transmission properties: Freq: 350; (mhz) Roll , box , drum
Applications: Long distance telephone, catv, data communications. Installations: Installed in duct, self supporting (figure 8 self supporting or adss all dielectric self supporting) and direct Burial (with armouring). Construction: The cable consists of a single tube containing 2 up to 24 fibers, which is filled with water-blocking gel. When the Cable contains more than 12 fibers, they are divided in two groups. A colored thread identifies each group. Physical Protection and tensile strength are provided by aramid yarn or fiberglass wound around the tube. Either pe or lszh Jacket can be used. A ripcord is located under the jacket to facilitate jacket removal. Technical parameters: Maximum transmission distance: 6km (single mode); 0.3km (multimode) Maximum pulling load: 1500n (short term installation); 900n (long term installation) Maximum compressive load: 3000n (3.3mm loose tube diameter); 5000n (4.5mm loose tube diameter) Twist (torsion length): 125 x overall diameter Working temperature: -20íµ ~ +70íµ (pe sheath) Storage temperature: -40íµ ~ +70íµ (pe sheath) Product highlights: Small diameter and light weight. Through the control of the fiber exceed length which is the key technology in optical fiber manufacture, the fiber Cable can achieve better pulling load and operating temperature. Tube materials are water resistant and can sustain high tension. Being filled with special water-blocking gel, the Tube can provide water protection for the fibers inside the tube. Compact construction of the fiber cores can prevent the fiber to shrink back. This can sustain higher tensile stress And achieve better flexibility. íewide operating temperature range. Roll, box, drum
Applications: Long distance outside telephone, catv, data, communications. Installations: Installed in duct, self supporting (figure 8 self supporting or adss all dielectric self supporting) and direct burial (with armoring). Construction: The cable consists of 5 to 36 elements stranded in up to 3 layers around a central strength member and bound in a Jacket. The elements are usually fiber containing tubes. However, fillers are also used, when needed to preserve cable Geometry. Two to twelve color coded fibers are loosely laid in each tubes filled with water-blocking gel. Technical parameters: Maximum transmission distance: 6km (single mode); 0.3km (multimode) Maximum pulling load: 1500-2700 n (short term installation); 900-1500n (long term installation) Minimum bending radius: Short term installation: 20 x overall diameter Long term installation: 10 x overall diameter (non armored); 20 x overall diameter (armored) Twist (torsion length): 125 x overall diameter Working temperature: -40íµ ~ +70íµ (pe sheath) Storage temperature: -50íµ ~ +70íµ (pe sheath) Product highlights: All the fiber containing tubes are placed in concentric layers around the central member; through the control of The twist length, the fiber cable can achieve better pulling load and operating temperature. Tube materials are water resistant and can sustain high tension. Being filled with special water-blocking gel, the Tube can provide water protection for the fibers inside the tube. Central member, which is usually either made of dielectric frp, or solid/ stranded steel coated with polyethylene, Are placed at the centre of the cables. Roll, box, drum
í= Applications: Short and medium distance, indoor and protected environments. Offered as a riser, plenum, or general purpose cable, it is used for interconnection of distribution boxes, or the distribution boxes and customer equipments, and between floors. í= Installations: Installed along the wall, the roof, interlayer, canal and indoor. í= Construction: The cable contains 4 to 72 fibers individually buffered to 0.9 mm in a tight or semi tight construction and coded. The cable structure depends on the number of fibers: The 4 to 12 fiber cables contain individual fibers without sub-units,In the 16 to 72 fiber cables the fibers are grouped in the sub-units. In the 4 to 12 fiber cables, the individual fibers are stranded and protected by aramid yarn and a PVC or LSZH jacket. In the 16 to 72 fiber cables, the fibers are grouped into sub-units which are laid helically along the cable axis. Each sub-unit contains 4 to 6 fibers, aramid yarn and a PVC or LSZH jacket. The 72 fiber cable consists of twelve sub-units, nine of them are stranded around a central element made of 3 sub-units. í=Technical Parameters: íe Maximum Transmission Distance: 6km (Single Mode); 0.3km (Multimode) íe Maximum Pulling Load: 100N(Short Term Installation);60N(Long Term Installation) íe Minimum Bending Radius: Short Term Installation: 20 x Overall Diameter Long Term Installation: 10 x Overall Diameter (Non-Armoured); 20 x Overall Diameter (Armoured) íe Twist (Torsion Length): 125 x Overall Diameter. íe Working Temperature: -10íµ ~ +70íµ (PE sheath) íe Storage Temperature: -20íµ ~ +70íµ (PE sheath) í= Product Highlights: íe Small diameter and light weight. íe The high tension characteristics of the aramid yarn serving as strength member can offer good stability in the transmission performance. íe Compact and flexible construction are especially suitable for indoor installations. íe Tight Buffer fibers are made from fiber rods with good linearity and low extruding output. By careful calibration of the vacuum pumping equipment, the uniformity of the outer diameter of the tight buffer fibers can be easily achieved with excellent strip ability. íe LSZH jackets can be offered for indoor application for which flame retardancy is required. íe Cutting edge production equipment, good quality materials and optimized process ensure low induced attenuation within the operating temperature range. íe Fiber geometry are strictly monitored to ensure superior transmission performance. roll,box,drum
