| Sign In | Join Free | My burrillandco.com |
|
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
Polyurethane Spray Blend Polyols VS-3 VS-3 is spray blend polyols, blowing agent is 245fa instead of HCFC-141B, it reacts with isocyanate to produce foam which has excellent performances, which are as follows, ...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...as follows, 1) Fine and uniformity cells 2) Low thermal conductivity 3) Perfect flame resistance 4) Good low temperature dimensional stability. It applies to all kinds of thermal insulation engineering which...
...poly. It has better fire resistance performance than polyurethane foam. In addition, PIR foam has low thermal conductivity, wide service temperature range, and excellent dimension stability properties. It ca...
...poly. It has better fire resistance performance than polyurethane foam. In addition, PIR foam has low thermal conductivity, wide service temperature range, and excellent dimension stability properties. It ca...
... Suitable for flat surfaces. 3.Good stability and little inherent movement. 4. Recommended when the lifting force is parallel to the surface of the object. 5. This suction cups manufactured in a specially de...
...: It can effectively reduce heat transfer, maintain the temperature stability in the cleanroom, and reduce energy consumption. 2.Excellent sound insulation performance: It can block external noise from enter...
...: It can effectively reduce heat transfer, maintain the temperature stability in the cleanroom, and reduce energy consumption. 2.Excellent sound insulation performance: It can block external noise from enter...
...Polyurethane Foaming Additive For Soft Foam — Features — 610 is an alkyl modified silicone surfactant, which is suitable for producing special slow rebound flatulence foam sponge. It is widely used in improv...
... adjustment range, which can improve the technological properties of foaming and stability of foam. 1. Reduce the amount of some catalysts. 2. Reduce the use of foaming agents in large quantities. 3. Do not ...