Found on govdeals.com:
2003 Ford F-650
$10,000.00 USD (9 Bids)Closes: 2d 19h. (Aug 08, 2024 03:34 PM CDT)Reserve Met$200.00 USD Bid Increment
Location: Lockport, Illinois, USA
2003 Ford F-650 XLT Super Duty Cab;
Caterpillar 3126 7.2L L6 Diesel Engine;
Allison Automatic Transmission, Spring Suspension, 8500lb Front, 17500lb Rear Axles, 11ft Flatbed;
Low Mileage on Tires and Brakes;
Equipped with A/C, Power Windows, and Power Locks;
Includes Trailer Light Hookup;
Features a 200-gallon Diesel Fuel Tank with Electric Pump;
Emergency Lights and Decals Will Be Removed Before Sale;
Pressure Washer on Flatbed Is Not Included.
Lockport FPD photo
Lockport FPD photo
Lockport FPD photo
Thanks Martin for the heads-up!
Product characteristics
PVC molecular chain is a winding structure and contains polar groups of chlorine atoms, which makes the force between molecules large. This structure improves the rigidity, hardness and mechanics of PVC processed products, and endows them with excellent flame retardant properties.
There are chlorine atoms and hydrogen atoms between two adjacent carbon atoms on the main chain of PVC Resin, which makes PVC easy to degrade under the action of light and heat to form hydrogen chloride (HCl) gas.
Properties of PVC:
General performance:
PVC is a white powder with a relative density of 1.35~1.45 (g/cc). The hardness of the processed products can be greatly different from that of the products with different hardness by adding the amount of Plasticizer during processing.
Mechanical properties:
The tensile strength of PVC increases with the increase of polymerization degree, but the amount of plasticizer added in PVC has a great impact on the mechanical properties. Generally speaking, the mechanical properties decline with the increase of plasticizer content, but the elongation at break will increase.
Thermal performance:
The glass transfer point temperature of PVC is 80~86 ℃. The PVC resin starts to decompose at 140 ℃ to produce HCl, which accelerates rapidly at 180 ℃. Generally, the melting temperature of PVC is 160 ℃.
Electrical performance:
PVC is an excellent electrical insulation. The volume impedance is higher than 10 λ 14, but the volume impedance is easily affected by the type of processing additives and additives.
Chemical resistance:
PVC can resist most inorganic acids (except fuming sulfuric acid and concentrated nitric acid), alkalis, most organic solvents (ethanol, gasoline and mineral oil) and inorganic salts, and is suitable for chemical resistant materials. However, PVC is easy to swell or dissolve in esters, ketones, aromatic hydrocarbons and halohydrocarbons, and the best solvents are tetrahydrofuran and nitrobenzene.
Product benefits
PVC quality is stable, PVC supply is stable, and it complies with international environmental protection regulations.
PVC molecular chain is a winding structure and contains polar groups of chlorine atoms, which makes the force between molecules large. This structure improves the rigidity, hardness and mechanics of PVC processed products, and endows them with excellent flame retardant properties.
There are chlorine atoms and hydrogen atoms between two adjacent carbon atoms on the main chain of PVC Resin, which makes PVC easy to degrade under the action of light and heat to form hydrogen chloride (HCl) gas.
Properties of PVC:
General performance:
PVC is a white powder with a relative density of 1.35~1.45 (g/cc). The hardness of the processed products can be greatly different from that of the products with different hardness by adding the amount of Plasticizer during processing.
Mechanical properties:
The tensile strength of PVC increases with the increase of polymerization degree, but the amount of plasticizer added in PVC has a great impact on the mechanical properties. Generally speaking, the mechanical properties decline with the increase of plasticizer content, but the elongation at break will increase.
Thermal performance:
The glass transfer point temperature of PVC is 80~86 ℃. The PVC resin starts to decompose at 140 ℃ to produce HCl, which accelerates rapidly at 180 ℃. Generally, the melting temperature of PVC is 160 ℃.
Electrical performance:
PVC is an excellent electrical insulation. The volume impedance is higher than 10 λ 14, but the volume impedance is easily affected by the type of processing additives and additives.
Chemical resistance:
PVC can resist most inorganic acids (except fuming sulfuric acid and concentrated nitric acid), alkalis, most organic solvents (ethanol, gasoline and mineral oil) and inorganic salts, and is suitable for chemical resistant materials. However, PVC is easy to swell or dissolve in esters, ketones, aromatic hydrocarbons and halohydrocarbons, and the best solvents are tetrahydrofuran and nitrobenzene.
Product benefits
PVC quality is stable, PVC supply is stable, and it complies with international environmental protection regulations.
PVC Resin S65, Formosa PVC Resin, PVC Resin S70
Henan Chuange Industry CO.,LTD , https://www.chuangegroup.com