Portugese Leather Decoration Pieces Suppliers and Manufacturers

YAMAHA OUTBOARD ENGINES HS Code 840820 PRICE = US$2,000/PIECE CIF ORIGIN: THAILAND PACKAGE: TONS MIN ORDER:5 PIECES DESCRIPTION As well as its indestructible (almost) composite shaft, the great little M18 outboard is tough in every other sense too - from its hard-working, permanent magnet 12-Volt motor and its hardwearing, weed-resistant power propeller right down as far as its hard-to-damage casing. In short, it goes where you go. With no drama. Electric-Drive Technical specs Amp Draw 42 Voltage 12 Mount Feature Lever lock Max Thrust (kg) 18.2 Speeds (FWD/REV) 5 FWD/3 REV Digital Maximizer False Shaft Length 914 mm Battery Meter False Control Telescoping Tiller  

WET SALTED COW HS Code 02045011 PRICE = US$1000/TON CIF ORIGIN: SOUTH AFRICA PACKAGE:,50KG MIN ORDER:200TONS 1)WET SALTED COW HIDES. Machine flayed, hand assisted at the belly No ticks, no visible grubs, no humps, no brands No head, no cheeks, no tail, short shanks Weight: 20 kgs and up Average weight: 26 to 32 kgs Selection: 90% A, 10% B 1 x container = 850 hides approx Availability: 12 containers per month Price Per Piece:$16 C&F Price 2)WET SALTED BUFFALO HIDES Full substance, unsplitted 100% machine flayed No ticks, no scratches, no humps Size: 32 sq.ft. and Up Average size: size 42 sqft Thickness: 3 to 4 mm Weight:25 to 45kg Average weight: 17to 23 per Hide Selection: 80% A/B, 20% C/D Male 75% / Female 25% 1 x 20 container = 1300 hides Price Per Piece:$16 C&F Price

Used Engines HS Code 840820 PRICE = US$1,800/PIECE CIF ORIGIN: THAILAND PACKAGE: TONS MIN ORDER:5 PIECES DESCRIPTION There are several types of engines used in automobiles. The car engine types are generally described based on two factors: the fuel type and engine layout/number of cylinders (cylinder configuration. One of the most common types of engines is petrol and diesel engines. But that's a generic way to describe a car engine. SPECIFICATION General Engine Specifications Basic Engine Specifications I-6, 4-Stroke-Cycle-Diesel Displacement .......................................................................... 12.88 L (in3) Rated engine speed .................................................................... 2300 rpm High idle speed ........................................................................... 2530 rpm Low idle speed (programmable) ................................................... 550 rpm Peak torque ......................................................... 3,355 N m @ 1200 rpm Bore ....................................................................................... 135 mm (in) Stroke ...................................................................................... 150 mm (in) Aspiration .................................. Supercharged-Turbocharged-Aftercooled Governor ............................................................................................. ECU Fuel system type .................................................................. Common Rail Length ........................................................................... 1960 mm (77.1 in) Length to flywheel housing ........................................... 1476 mm (58.1 in) Width ............................................................................. 1195 mm (47.0 in) Height ............................................................................ 1117 mm (43.9 in) Weight, net dry (approx.) ................................................1672 kg (3686 lb) Rotation (from flywheel end) .......................................... Counterclockwise Flywheel housing/flywheel .................................................... SAE No. 01M Flywheel teeth ....................................................................................... 155 Tolerances Power ............................................................................................... +/- 3% Exhaust Stack Temperature ............................................................ +/- 8% Inlet Air Flow .................................................................................... +/- 5% Intake Manifold Pressure ............................................................... +/- 10% Exhaust Flow ................................................................................... +/- 6% Specific Fuel Consumption .............................................................. +/- 3% Heat Rejection ................................