日韩av在线高清免费毛片日韩欧美一级成人|女人18以后毛片|国产18女人毛多水多毛片|乱系列人妻视频|中文字幕久久熟女人妻av|91麻豆人妻|校花被我玩弄|父女乱荡|高潮videossex潮喷另类|日本在线观看人妻,黑人侵犯日本人妻,色哟哟视频线在线播放欧美,亚洲欧美国产国产一区第二页

The prepared sample (for standard: 160mm x 12，7mm strips) is put in the upper opening. The strip is heated up to 177ªC between corrugated rotating discs,， whereby the flute is formed and ejected at the lower opening.

Using the included sample holder the self adhesive tape is applied to complete the sample preparation.

Conventional equipment to flute samples of paper by rotating fluting rolls. Standard type “A” is supplied.

Standard accessories included are the rack and comb. The rack,， with a profile corresponding to the fluting rolls teeth,， has 9 crest and 10 valleys.

The distance between the teeth are 8， 50 +/- 0,， 05 mm. and the highness of the teeth are 4,， 75 +/- 0， 05 mm.

The comb has 10 projections of 19 mm long approx. and 3 +/- 0,，1 mm. height.

NOTE : To glue the crest of the sample it is necessary to use an adhesive tape with good adherence.

Inside the equipment there are 2 plates with fluted teeth able to maintain a testing temperature of 177ºC +/- 2ºC by means of a programmable temperature digital controller.

One of the discs is operating by a motor and rotates at a speed of 4,，5 +/-1 r.p.m.， and the other geared disc ,， makes a pressure on the driving disc of 100 +/-10 N.

技術(shù)參數(shù)：

• Diameter of rolls: 228,， 5 mm +/- 0， 5 mm

• Rolls dimensions: 16 +/- 1 mm

• Teeth nº: 84

• Radius of teeth at peak : 1,， 50 +/- 0， 1 mm

• Radius of teeth at base: 2,， 00 +/- 0,， 1 mm

• Depth of teeth : 4， 75 +/- 0,， 05 mm

• Distance between teeth : 8,， 55 +/- 0， 05 mm

主要特點：

Easy to use

Optional KIT for vertical position

Precise controled temperatura

Standard equipment prepared for “A” Flute

Facilitated for interchangeable discs – Discs for “B” and “C” Flute OPTION

Easy pressure calibration and regulation from the outside (no dismantling needed)

High stability of temperature with PID controller

Programmable temperature with digital display: 177 ºC ±2 ºC