参数资料
| 型号： | 6-5-4959 |
| 厂商： | 3M (TC) |
| 文件页数： | 8/11页 |
| 文件大小： | 0K |
| 描述： | TAPE GEN PURPOSE VHB 6"X5YD |
| 视频文件： | 3M VHB adhesive demonstration - Another Geek Moment |
| MSDS 材料安全数据表： | 49zz MSDS |
| 标准包装： | 1 |
| 系列： | VHB™ 4959 |
| 胶带类型： | 双涂层，双面 |
| 胶合剂： | 丙烯酸 |
| 背衬，载体： | 聚酯薄膜 |
| 厚度： | 0.120"（120 mils，3.048mm） |
| 宽： | 6.00"（152.40mm）1/2' |
| 长度： | 15'（4.6m）5 码 |
| 颜色： | 白 |
| 使用： | 通用 |
| 温度范围： | 300°F（149°C） |
| 包装： | 散装 |
3M ? VHB ? Tapes
Design and Tape Selection Considerations
Choose the right tape for the substrate: Adhesives must flow onto the substrate surfaces in order to achieve intimate
contact area and allow the molecular force of attraction to develop. The degree of flow of the adhesive on the substrate
is largely determined by the surface energy of the substrate.
Adhesive
High surface energy
— Substrate
Adhesive
— Substrate
Low surface energy
This illustration demonstrates the effect of surface energy on adhesive interfacial contact. High surface energy
materials draw the adhesive closer for high bond strength.
Relationship of Adhesion and Surface Energy for 3M? VHB? Tape Adhesive Families
100%
NOTE: Low surface energy
adhesive may be less
affected by surface energy.
en
al
pe
ra
Pu
os
Ad
Ad
he
ve
50%
Lo
w
Te
G
m
er
tu
re e
rp
si
he
si
ve
M
ul
ti-
Pu
rp
os
e
Ad
he
si
ve
NOTE: Foam type can
affect and/or limit maximum
adheisve strength.
0%
Surface Energy (Dynes/cm)
HIGH
MEDIUM
LOW
400-1100
Aluminum
Stainless Steel
Copper
Zinc
Tin
Lead
Anodized Aluminum
42-50
Kapton ?
Phenolic
Nylon
Alkyd Enamel
Polyester
Epoxy Paint
Polyurethane
38-39
ABS
Polycarbonate (Lexan ? )
PVC
Noryl ?
Acrylic
Polane ? Paint
Powder Paint
36-37
PVA
Polystyrene
Acetal
Kynar ? Paint
Powder Paint
18-33
EVA
Polyethylene
Polypropylene
Tedlar ?
Silicone
PTFE
Glass
NOTES: There are a wide variety of formulations, surfaces finishes and surface treatments available on substrate materials which can affect adhesion. This chart is intended
to provide only a rough estimate of the adhesion levels which can be expected on some common materials relative to a reference surface such as aluminum.
Light abrasion of surface will significantly increase adhesion levels on many materials, except when using tapes 4952/4932.
Use the right tape thickness: The necessary thickness of tape depends on the rigidity of substrates and their flatness
irregularity. While the 3M? VHB? Tapes will conform to a certain amount of irregularity, they will not flow to fill
gaps between the materials. For bonding rigid materials with normal flatness, consider use of tapes with thickness of 45
mils (1.1 mm) or greater. As the substrate flexibility increases thinner tapes can be considered.
Use the right amount of tape: Because 3M? VHB? Tapes are viscoelastic by nature their strength and stiffness is a
function of the rate at which they are stressed. They behave stronger with relatively faster rate of stress load (dynamic
stresses) and will tend to show creep behavior with stress load acting over a long period of time (static stresses). As a
general rule, for static loads, approximately four square inches of tape should be used for each pound of weight to be
supported in order to prevent excessive creep. For dynamic loads, the dynamic performance characteristics provided
on page 4 should be useful, factoring in the appropriate safety factors.
Allow for thermal expansion/contraction: 3M? VHB? Tapes can perform well in applications where two bonded
surfaces may expand and contract differentially. Assuming good adhesion to the substrates, the tapes can typically
tolerate differential movement in the shear plane up to 3 times their thickness.
Bond Flexibility: While an advantage for many applications where allowing differential movement is a benefit, the
tape bonds are typically more flexible than alternative bonding methods. Suitable design modifications or periodic use
of rigid fasteners or adhesives may be needed if additional stiffness is required.
Severe Cold Temperature: Applications which require performance at severe cold temperatures must be thoroughly
evaluated by the user if the intended use will subject the tape product to high impact stresses. A technical bulletin
“3M? VHB? Tape Cold Temperature Performance” (70-0707-3991-0) is available for additional information.
-8-
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相关代理商/技术参数 |
参数描述 |
|---|---|
| 65496 | 制造商:DUPON 功能描述:65496 制造商:Dupont 功能描述:65496 |
| 65496-001 | 功能描述:集管和线壳 IDC HEADER 10 POSIT RoHS:否 产品种类:1.0MM Rectangular Connectors 产品类型:Headers - Pin Strip 系列:DF50 触点类型:Pin (Male) 节距:1 mm 位置/触点数量:16 排数:1 安装风格:SMD/SMT 安装角:Right 端接类型:Solder 外壳材料:Liquid Crystal Polymer (LCP) 触点材料:Brass 触点电镀:Gold 制造商:Hirose Connector |
| 65496-001LF | 功能描述:集管和线壳 IDC HEADER 10 POSIT RoHS:否 产品种类:1.0MM Rectangular Connectors 产品类型:Headers - Pin Strip 系列:DF50 触点类型:Pin (Male) 节距:1 mm 位置/触点数量:16 排数:1 安装风格:SMD/SMT 安装角:Right 端接类型:Solder 外壳材料:Liquid Crystal Polymer (LCP) 触点材料:Brass 触点电镀:Gold 制造商:Hirose Connector |
| 65496-005 | 功能描述:QUICKIE* HEADER RoHS:否 类别:连接器，互连式 >> 矩形- 接头，公引脚 系列:Quickie™，基础增强型 标准包装:1 系列:HTSW 触点类型：:公形引脚 连接器类型:接头，无罩 位置数:16 加载位置的数目:全部 间距:0.100"（2.54mm） 行数:2 行间距:0.100"（2.54mm） 触点接合长度:0.230"（5.84mm） 安装类型:通孔，直角 端子:焊接 紧固型:- 特点:- 触点表面涂层:金 触点涂层厚度:10µin（0.25µm） 颜色:黑 包装:管件 配套产品:HLE-108-02-S-DV-ND - CONN RCPT 16POS .100" SMD GLDHLE-108-02-L-DV-BE-ND - CONN RCPT 16POS .100" SMD GLDHLE-108-02-G-DV-BE-ND - CONN RCPT 16POS .100" SMD GLDHLE-108-02-G-DV-A-ND - CONN RCPT 16POS .100" SMD GLDHLE-108-02-G-DV-ND - CONN RCPT 16POS .100" SMD GLDESW-108-12-G-D-ND - CONN SOCKET .100" 16POS PCB DUALESQ-108-58-G-D-ND - CONN RCPT 16POS .100" DUAL GOLDESQ-108-39-G-D-ND - CONN RCPT 16POS .100" DUAL GOLDESQ-108-13-T-D-LL-ND - CONN RCPT 16POS .100" DUAL TINESQ-108-13-G-D-ND - CONN RCPT 16POS .100" DUAL GOLD更多... |
| 65496-005LF | 功能描述:集管和线壳 QUICKIE HEADER RoHS:否 产品种类:1.0MM Rectangular Connectors 产品类型:Headers - Pin Strip 系列:DF50 触点类型:Pin (Male) 节距:1 mm 位置/触点数量:16 排数:1 安装风格:SMD/SMT 安装角:Right 端接类型:Solder 外壳材料:Liquid Crystal Polymer (LCP) 触点材料:Brass 触点电镀:Gold 制造商:Hirose Connector |
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