Well-designed melamine mixing bowls to Grenada Factories

FAQ: 1.Q: Where is your factory located? How can I visit there? A: Our factory is located in Guangdong province, China. Warmly welcome to visit us! 2.Q: What is the material of your products? A: The material is melamine.  3.Q: How can I get some samples? A: We can send the samples by Express/DHL/FedEx/UPS etc. 4.Q: How does your company do regarding quality control? A: We have a very strict QC system. Our inspectors have been closely monitoring the production process from the selection of raw materials to the final step of the finished products. 5.Q: Can you print our logo on the product & packing? A: Yes, We can print your logo on our products.

www.lymhmachinery.com
whatsapp:+8618769900191
melamine faced chipboard
Hot press
Plywood hot pressing machine is one of the main equipment in the production process of plywood. It is used to hot-press glue the slab after the glue combination. Different kinds of plywood have different requirements on the press performance: ordinary plywood, aviation The pressure required for the manufacture of plywood, plastic plywood, wood laminated plastic plywood, and marine plywood is in turn increased. Plywood pressing machine according to the mode of operation sub-cycle and continuous two, the domestic commonly used is the cycle of multi-layer pressing machine. It consists of three parts: hot press body, control drive part (hydraulic system and electronic control system), heating system.
Hot pressing system, double hot pressing machine, single hot pressing machine, Features: hot pressing system heating fast, heating system, thermal system light sub-sub-design, low heat consumption, thermal conductivity uniform; Reasonable, high precision machining accessories, process parameters to adjust a wide range of control process design is reasonable, to meet a variety of veneer production process requirements. Uses: veneer press models for neutral furniture factory or small man-made board secondary processing (professional veneer) factory, used to heat bonding adhesive sheet, building partitions, wooden doors and in a variety of wood-based panels: Decorative paper, decorative cloth, melamine fire board, metal foil, man-made and natural veneer, natural veneer parquet; can not be used for single-plate dry the whole, such as plywood, blockboard, MDF, particleboard surface pressure paste a variety of decorative materials: Flat, color decorative wood chips of the leveling, shape.

‘Tells the story of development of Bakelite materials and rapid expansion of uses for these man-made products since 1909 when discovery was first made. Film demonstrates the extent to which plastics have become an integral part of daily experience.

Scientist explains to a curious reporter the inventions of Dr. Baekeland…

CU landing boat plane.

Scientist in white lab coat being interviewed by reporter…

Scientist hands reporter a test tube filled with solid plastic which he describes as “an exact duplicate of the one first cast by Dr. Baekeland in his own laboratory in 1907″…

Pan over Bakelite factory in Bound Brook, New Jersey…

CU machine cutting small puck-shaped disks of bakelite material…

VS Bakelite molding material…

CU disembodied hand holding electric shaver in Bakelite casing shaves man’s face.

CU back of brunette woman’s head as she dries her hair with an electric hair dryer made of bakelite plastic material.

VS CU worker places two mold blanks into round mold…

VS machine presses in Bakelite factory producing various bakelite pieces including automotive pieces…

Collage shot of six different disembodied hands tuning various antique radios in one frame…

Pan over electrical substation.

VS CU machine presses; disembodied hand removes bakelite part from mold…

CU disembodied hand plugs antique cord into wall outlet.

CU disembodied hand plugs power cord into electric iron.

CU woman places bakelite top onto kettle.

CU ash tray beside open cigarette box…

CU man pours tobacco from tin into his pipe.

CU bottom of man’s cleats with bakelite spikes as man ties them.

CU golf ball struck by driver.

CU man screwing on back of flashlight; man models flashlight for camera.

CU Hoover vacuum cleaner moving over rug.

CU VS tray of bakelite blanks are placed into machine press…

CU disembodied hand unscrews toothpaste cap with hand holding toothbrush.

CU disembodied hand opens rectangular bakelite box revealing carving knife and fork.

CU clock made of bakelite material…

CU woman’s face looking through small camera.

CU disembodied hand takes reel of film out of canister filled with liquid, camera and leather camera case lay on table behind film reel.

CU disembodied hand sprays soda water into glass with gin, ice bucket and bottle of gin in background of shot.

CU composition of martini glasses and martini shaker, disembodied hand begins to unscrew top of martini shaker.

Disembodied hand on antique intercom, edge of man’s face enters edge of frame speaking into intercom.

CU disembodied hands pull board out of case, text “Bakelite Transparent Materials” is superimposed on the board.

CU bucket of creamy liquid…

CU disembodied hand carving bakelite bracelet…

Pipe salesman selling man bakelite pipe mouthpiece…
“No sir it’s called bakelite resinoid”

VS inside paper mill producing long sheets of bakelite laminated paper…

MS woman working on assembling line…

CU disembodied hand lifts large power switch; VS inside power plant, long row of early twentieth century alternators.

CU spinning gears.

CU tray with three martini glasses…

VS production of Bakelite lacquers…

VS inside factory producing Bakelite resinoid bonded abrasive wheels.

VS workers using powered abrasive wheels to sand frame of 1940s car on assembly line.

VS plywood production using bakelite plywood bonding materials; VS plywood products, tables, trays, radios.

CU canister of Luxene resinoid…

TWA airplane with name “Skysleeper” painted in its side takes off.

CU boiling flask, VS of scientists working in laboratories superimposed into the flask, followed by an infinity symbol and the Bakelite logo.’

http://en.wikipedia.org/wiki/Bakelite

Bakelite, or polyoxybenzylmethylenglycolanhydride, is an early plastic. It is a thermosetting phenol formaldehyde resin, formed from an elimination reaction of phenol with formaldehyde. It was developed by Belgian-born chemist Leo Baekeland in New York in 1907.

One of the first plastics made from synthetic components, Bakelite was used for its electrical nonconductivity and heat-resistant properties in electrical insulators, radio and telephone casings, and such diverse products as kitchenware, jewelry, pipe stems, and children’s toys…