5
Closest known dimensional difference: height -45.2 mm. Verify application-specific requirements before substituting.
Baldwin B295 oil filter matches
Compare Baldwin B295 against compatible oil filters from other brands. Review thread size, gasket dimensions, height, valve behavior, and fitment notes before substituting. This is a research tool, not an automatic guarantee of fitment. Documented fitment includes 3 vehicle/engine combinations across 3 makes, including Mercedes-Benz, Nissan, Toyota.
Before substituting: verify filter style, thread size or cartridge dimensions, gasket dimensions, height and clearance, bypass behavior, and your engine or equipment requirements.
Best equivalent matches
Select up to 4 filters, then click Compare to view their specs next to the searched filter. How matching is scored.
60 compatible options
| Specification | Searched filter Baldwin B295 Reference filter | SAFE | SAFE | SAFE | SAFE |
|---|---|---|---|---|---|
| Thread size | 3/4-16 | 3/4-16 | 3/4-16 | 3/4-16 | 3/4-16 |
| Gasket OD | 71.98 mm | 71.98 mm | 71.98 mm | 72 mm | 72 mm |
| Gasket ID | 62.53 mm | 62.53 mm | 62.53 mm | 63 mm | 63 mm |
| Can OD | 77 mm | 78 mm | 76.2 mm | 74.9 mm | 74.9 mm |
| Height | 148.4 mm | 144 mm | 129.4 mm | 148.4 mm | 148.4 mm |
| Internal bypass valve | No | Yes | No | Yes | Yes |
| Bypass PSID | Not applicable | 12 | Not applicable | 13 - 19 | 13 - 19 |
| Anti-drainback valve | Yes | Yes | Yes | Yes | Yes |
Other suitable matches
Sorted best-fit first. Dot rating summarizes relative fit without exposing the raw score. How matching is scored.
6
Candidate adds internal bypass; usually redundant with engine-mounted bypass
7
Candidate adds internal bypass; usually redundant with engine-mounted bypass
8
Closest known dimensional difference: height -11.9 mm. Verify application-specific requirements before substituting.
9
Closest known dimensional difference: height -14.3 mm. Verify application-specific requirements before substituting.
10
Candidate adds internal bypass; usually redundant with engine-mounted bypass
11
Candidate adds internal bypass; usually redundant with engine-mounted bypass
12
Candidate adds internal bypass; usually redundant with engine-mounted bypass
13
Candidate adds internal bypass; usually redundant with engine-mounted bypass
14
Closest known dimensional difference: height -46.3 mm. Verify application-specific requirements before substituting.
15
Candidate adds internal bypass; usually redundant with engine-mounted bypass
16
Candidate adds internal bypass; usually redundant with engine-mounted bypass
17
Candidate adds internal bypass; usually redundant with engine-mounted bypass
18
Candidate adds internal bypass; usually redundant with engine-mounted bypass
19
Candidate adds internal bypass; usually redundant with engine-mounted bypass
20
Candidate adds internal bypass; usually redundant with engine-mounted bypass
21
Candidate adds internal bypass; usually redundant with engine-mounted bypass
22
Candidate adds internal bypass; usually redundant with engine-mounted bypass
23
Candidate adds internal bypass; usually redundant with engine-mounted bypass
24
Candidate adds internal bypass; usually redundant with engine-mounted bypass
25
Candidate adds internal bypass; usually redundant with engine-mounted bypass
26
Candidate adds internal bypass; usually redundant with engine-mounted bypass
27
Candidate adds internal bypass; usually redundant with engine-mounted bypass
28
Candidate adds internal bypass; usually redundant with engine-mounted bypass
29
Candidate adds internal bypass; usually redundant with engine-mounted bypass
30
Candidate adds internal bypass; usually redundant with engine-mounted bypass
31
Candidate adds internal bypass; usually redundant with engine-mounted bypass
32
Candidate adds internal bypass; usually redundant with engine-mounted bypass
33
Candidate adds internal bypass; usually redundant with engine-mounted bypass
34
Candidate adds internal bypass; usually redundant with engine-mounted bypass
35
Candidate removes ADBV
36
Candidate adds internal bypass; usually redundant with engine-mounted bypass
37
Candidate adds internal bypass; usually redundant with engine-mounted bypass
38
Candidate adds internal bypass; usually redundant with engine-mounted bypass
39
Candidate adds internal bypass; usually redundant with engine-mounted bypass
40
Candidate adds internal bypass; usually redundant with engine-mounted bypass
41
Candidate adds internal bypass; usually redundant with engine-mounted bypass
42
Closest known dimensional difference: height -62 mm. Verify application-specific requirements before substituting.
43
Candidate adds internal bypass; usually redundant with engine-mounted bypass
44
Candidate adds internal bypass; usually redundant with engine-mounted bypass
45
Candidate adds internal bypass; usually redundant with engine-mounted bypass
46
Candidate adds internal bypass; usually redundant with engine-mounted bypass
47
Candidate adds internal bypass; usually redundant with engine-mounted bypass
48
Candidate adds internal bypass; usually redundant with engine-mounted bypass
49
Candidate adds internal bypass; usually redundant with engine-mounted bypass
50
Candidate adds internal bypass; usually redundant with engine-mounted bypass
51
Candidate adds internal bypass; usually redundant with engine-mounted bypass
52
Candidate adds internal bypass; usually redundant with engine-mounted bypass
53
Closest known dimensional difference: height -59.5 mm. Verify application-specific requirements before substituting.
54
Candidate adds internal bypass; usually redundant with engine-mounted bypass
55
Candidate adds internal bypass; usually redundant with engine-mounted bypass
56
Candidate adds internal bypass; usually redundant with engine-mounted bypass
57
Candidate adds internal bypass; usually redundant with engine-mounted bypass
58
Candidate adds internal bypass; usually redundant with engine-mounted bypass
59
Candidate adds internal bypass; usually redundant with engine-mounted bypass
60
Candidate adds internal bypass; usually redundant with engine-mounted bypass
Documented vehicle and equipment fitment
Fitment data below comes directly from manufacturer catalogs and published cross-reference sources on file for this filter. It is not a substitute for verifying fitment against your specific vehicle or equipment.
Mercedes-Benz (1 vehicle/engine combination)
- Year unknown Mercedes-Benz
Nissan (1 vehicle/engine combination)
- Year unknown Nissan
Toyota (1 vehicle/engine combination)
- Year unknown Toyota
Non-vehicle applications
- Equipment applications: Ford
- Equipment applications: Hitachi
- Equipment applications: International
- Equipment applications: Komatsu