Radiator Fin Machine,Exchanger Fin Machine,Aluminum Fin Machine

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 1 set/month

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Quick Details

Model Number: PLC-10B

Packaging & Delivery

Packaging Details:	wood package
Delivery Detail:	within 30 days

Specifications

radiator fin machine,exchanger fin machine,aluminum fin machine for aluminum,copper,SS fins used in plate fin type radiators.

This machine is designed for automatically producing aluminum, copper or stainless steel fins used in plate-fin type radiators, exchangers for cars, trucks, apparatus, construction machineries, etc.

By changing moulds, different type fin can be made, such as wave type, hole type, sawtooth type, straight type, blind type, etc.

Max. width of fin: 300mm

Max. height of fin: 12mm (can be adjusted)

Min. height of fin: 1mm

Tooth pitch: 10mm

Production speed: max. 100 times per minute

Please contact us for details.

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Q:what is the quality of a central machinery 39743?: MINI MULTIPURPOSE MACHINE , I'd guess you'll get what you pay for, i.e.. not much. I'd imaging that within it's limited capacity is might be an adequate (depending on ones requirements) lathe, but milling capacity will be quite limited.

Q:How to make full use of slaughtering machinery scalding pool?thanks?: Blowers scalding hot pool outside the pool so water inrush current composition of poultry fulfill staggered through electromechanical effects of propeller pumping hot water pool outside it, for it is rinsed, so both ends of the local hot pools million drug is not easy too small, too small will be staggered friction temperature for poultry

Q:2004Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimatedto have a six-year life and a $9,800 salvage value.Dec. 31 Recorded annual straight-line depreciation on the machinery.2005Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life waschanged from six to four years, and the estimated salvage value was increased to $13,050.Recorded annual straight-line depreciation on the machinery.2006Dec. 31 Recorded annual straight-line depreciation on the machinery.Dec. 31 Sold the machine for $25,240 cash.RequiredPrepare journal entries to record these transactions and events.: Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimated to have a six-year life and a $9,800 salvage value Dr Machinery $113,000 Cr Cash $113,000 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depreciation expense $17,200 (i.e. [$113,000-$9,800]/6) Cr Accumulated depreciation $17,200 2005 Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life was changed from six to four years, and the estimated salvage value was increased to $13,050. Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv of $95,800 - 13,050 divided by 3 remaining yrs) 2006 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv is now $113,000 - $17,200 - $27,583.33 - $27,583.33 = $40,633.34) Dec. 31 Sold the machine for $25,240 cash Dr Cash $25,240 Dr Loss on disposal of machinery $15,393.34 Dr Accum. depn. $72,366.66 Cr Machinery $113,000

Q:would you be able to give reasons: the general consensus is that the type of financing should match the lifespan of whatever you're buying. so for heavy machinery, these are typically long-term assets. as such, you want to use long-term debt (such as a long-term bank loan). ideally, the best financing is cash (you buy it outright). other alternatives would be to give the seller a corporate bond which promises them payments, etc. loan agreements are another option.

Q:How does operating machinery under water complicate mining procedures?: Absolute pressure at the surface is 14.7psi. Absolute pressure at 250 feet of see water for example is 126psi. That puts the machinery and people into a very different world that us surface dwellers from the get go. The BP job was at something like 7000 to 8000 feet if I remember correctly. That's about 3352psi. People can only dive to about 1000 feet of sea water. So on the BP job there were no people down there working. Everything we saw was from ROVs. Remotely Operated Vehicles. Doing things with a claw that is controlled by a joystick through a TV screen is very different from doing it with your own hands when you're right there looking at it. Even when you do have divers down there they usually only have 1 to 4 people. That's a limited team. They do not have a big box full of tools down there with them. They have the surface crew send the tools to them as needed. Salt water is not good for any kind of tool. It makes them rust and makes the seals break down. This leads to tool failure and many trips back and forth for replacements and repairs. The surface crew is usually young guys 18 to 25 who are not the most mature or reliable people in the world. Tool maintenance does not always get done properly. Divers are regular people. They are stubborn, arrogant, lazy, dumb and any other thing that you run into with coworkers anywhere. If they feel like sitting down for a break, the boss can't always keep a proper watch on them or come down and yell at them. We just finished a well abandonment job where we did the same thing with plugging a well with concrete just like the BP job and it took us 6 tries. That technique doesn't work too good at shallower depths either. This stuff is still full of bugs buts the pursuit of money keeps things moving beyond what we truly understand.

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