18637 Loctite, 18637 Datasheet - Page 156

CYANOACRYLATE ADH, AEROSOL 0.7FL.OZ

18637

Manufacturer Part Number
18637
Description
CYANOACRYLATE ADH, AEROSOL 0.7FL.OZ
Manufacturer
Loctite
Series
7452r
Datasheet

Specifications of 18637

Adhesive Type
Cyanoacrylate
Color
Clear
Dispensing Method
Aerosol
Volume
0.7fl.oz. (US)
Chemical Solution
Acetone-based
For Use With
All Cyanoacrylate Adhesives
154
F. A.Q.s
Durometer Hardness
Durometer hardness is a property presented on technical
data sheets that shows how hard the resin is in the cured
state. A durometer gauge is the actual measuring device
consisting of a small drill or blunt indentor point under
pressure. Different measurement scales are used for
different materials depending on how soft or hard the
material. The following chart compares three (3) different
graduated measurement scales and relates hardness values
to some common objects as well as Loctite® brand products.
The higher the number within each scale, the harder the
material. Shore readings are typically used for plastics.
Shore A is for softer materials; Shore D is for harder
materials. Rockwell readings are typically used for metals.
SHORE
100
30
40
50
60
70
80
90
A
SHORE
15
30
45
55
74
78
82
86
90
D
ROCKWELL
125
32
63
95
M
0
Douglas Fir Plywood
Hardwood Desktop
Pink Pearl Eraser
Glass or Formica
Typewrite Roller
Art Gum Eraser
Textbook Cover
Rubber Stamp
REFERENCE
Pencil Eraser
Rubber Heel
Rubber Sole
Pipe Stem
OBJECT
PRODUCT
LOCTITE
E-60HP
5140
5900
5699
3106
366
334
™ ™
®
®
Mathematical Conversions
The following are some common conversions that might be
helpful when utilizing Loctite® products:
• 1 milliliter (ml) = 1 cubic centimeter (cc)
• 1,000 ml = 1 liter
• 29.5 ml = 1 fl. oz.
• 3.78 liters = 1 gallon
• 473 ml = 1 pint
• 454 grams = 1 lb.
• 947 ml = 1 quart
• 1 kilogram = 2.2 lbs.
• Square Inches to Square Feet: ÷ by 144
• Square Feet to Square Inches: x by 144
• In./lbs. ÷ 12 = ft./lbs.
• Ft./lbs. x 12 = in./lbs.
• 16 in. oz. = 1 in. lb.
• 192 in. oz. = 1 ft. lb.
Area Coverage
Flat Parts:
Non-threaded Cylindrical Parts:
Potting / Encapsulating Applications:
For no induced gap, make the bondline thickness figure 0.001";
16.4 is a constant for converting cubic inches to cubic centimeters.
Weight to Volume:
Volume to Weight:
Density
Centipoises
Temperature:
Length x Width x Bondline Thickness x 16.4 = cc/ml
requirement per part
Diameter x Engagement Length x Bondline Thickness
(on radius / per side)
x 3.14 x 16.4 = cc/ml requirement per part
Area (3.14 x R2) x Potting Depth x 16.4 = cc/ml
requirement per part
= specific gravity x 0.99823
= centistokes x density (at a given temp.)
degrees F - 32 x 0.556 = degrees C
degrees C x 1.8 + 32 = degrees F
grams ÷ specific gravity = cc (ml)
cc (ml) x specific gravity = grams